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\newcommand{\clusternotefig}{Standard errors (error bars represent the 95\% confidence interval) are clustered at the district level to account for any inter-district correlation of the error terms. All regressions include household-level outcomes from 2003-2012. }
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\newcommand{\hunnednote}{The outcomes in column 1 are multiplied by 100 so the coefficients can be interpreted as percentage changes. }
\newcommand{\tablecoefnote}{The models all include 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this and last year's growing season (June-December) and non-growing season (March-May). We omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. }
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\begin{document}

%
\title{{Hot Weather, Undernutrition, and Adaptation in Rural India Replication Latex Code}\thanks{For questions or comments please contact Paul Stainier at paul.stainier@sp2.upenn.edu.}}
%\shortTitle{Iron in India}



		
%\date{\today}
%\pubMonth{May}
%\pubYear{2022}
%\pubVolume{Vol}
%\pubIssue{Issue}
%\JEL{}
%\Keywords{}

\maketitle


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\newpage
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%TABLES
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\newpage
\section{Tables}
\begin{table}[!htb]
    \centering
    \small
    \caption{Summary Statistics: Nutrition and Weather}
    \begin{threeparttable}
    \begin{tabular}{l|c:ccccccc}
    \hline
          & Country & North & Central & West & South & East & Northeast \\
         \hline
          Calories per capita (kCal) & \input{\sumtabledir/calories_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/calories_per_capday_w_north.txt} &  \input{\sumtabledir/region6/calories_per_capday_w_central.txt} &  \input{\sumtabledir/region6/calories_per_capday_w_west.txt} &  \input{\sumtabledir/region6/calories_per_capday_w_south.txt} &  \input{\sumtabledir/region6/calories_per_capday_w_east.txt} &  \input{\sumtabledir/region6/calories_per_capday_w_northeast.txt}  \\
          Calories AP (CAP) & \input{\sumtabledir/calories_ratio_w_overall.txt} & \input{\sumtabledir/region6/calories_ratio_w_north.txt} & \input{\sumtabledir/region6/calories_ratio_w_central.txt} & \input{\sumtabledir/region6/calories_ratio_w_west.txt} & \input{\sumtabledir/region6/calories_ratio_w_south.txt} & \input{\sumtabledir/region6/calories_ratio_w_east.txt} & \input{\sumtabledir/region6/calories_ratio_w_northeast.txt}  \\
          CAP <80\%  & \input{\sumtabledir/calories_lt80p_overall.txt} & \input{\sumtabledir/region6/calories_lt80p_north.txt} & \input{\sumtabledir/region6/calories_lt80p_central.txt} & \input{\sumtabledir/region6/calories_lt80p_west.txt} & \input{\sumtabledir/region6/calories_lt80p_south.txt} & \input{\sumtabledir/region6/calories_lt80p_east.txt} & \input{\sumtabledir/region6/calories_lt80p_northeast.txt} \\
           &  &  &  & &  & & \\
           Protein per capita (g) & \input{\sumtabledir/protein_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/protein_per_capday_w_north.txt} &  \input{\sumtabledir/region6/protein_per_capday_w_central.txt} &  \input{\sumtabledir/region6/protein_per_capday_w_west.txt} &  \input{\sumtabledir/region6/protein_per_capday_w_south.txt} &  \input{\sumtabledir/region6/protein_per_capday_w_east.txt} &  \input{\sumtabledir/region6/protein_per_capday_w_northeast.txt}  \\
          Protein AP (PAP) & \input{\sumtabledir/protein_ratio_w_overall.txt} & \input{\sumtabledir/region6/protein_ratio_w_north.txt} & \input{\sumtabledir/region6/protein_ratio_w_central.txt} & \input{\sumtabledir/region6/protein_ratio_w_west.txt} & \input{\sumtabledir/region6/protein_ratio_w_south.txt} & \input{\sumtabledir/region6/protein_ratio_w_east.txt} & \input{\sumtabledir/region6/protein_ratio_w_northeast.txt}  \\
          PAP <80\%  & \input{\sumtabledir/protein_lt80p_overall.txt} & \input{\sumtabledir/region6/protein_lt80p_north.txt} & \input{\sumtabledir/region6/protein_lt80p_central.txt} & \input{\sumtabledir/region6/protein_lt80p_west.txt} & \input{\sumtabledir/region6/protein_lt80p_south.txt} & \input{\sumtabledir/region6/protein_lt80p_east.txt} & \input{\sumtabledir/region6/protein_lt80p_northeast.txt} \\
          &  &  &  & &  & & \\
          Iron per capita & \input{\sumtabledir/iron_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/iron_per_capday_w_north.txt} &  \input{\sumtabledir/region6/iron_per_capday_w_central.txt} &  \input{\sumtabledir/region6/iron_per_capday_w_west.txt} &  \input{\sumtabledir/region6/iron_per_capday_w_south.txt} &  \input{\sumtabledir/region6/iron_per_capday_w_east.txt} &  \input{\sumtabledir/region6/iron_per_capday_w_northeast.txt}  \\
          Iron AP (IAP) & \input{\sumtabledir/iron_ratio_w_overall.txt} & \input{\sumtabledir/region6/iron_ratio_w_north.txt} & \input{\sumtabledir/region6/iron_ratio_w_central.txt} & \input{\sumtabledir/region6/iron_ratio_w_west.txt} & \input{\sumtabledir/region6/iron_ratio_w_south.txt} & \input{\sumtabledir/region6/iron_ratio_w_east.txt} & \input{\sumtabledir/region6/iron_ratio_w_northeast.txt}  \\
          IAP <80\%  & \input{\sumtabledir/iron_lt80p_overall.txt} & \input{\sumtabledir/region6/iron_lt80p_north.txt} & \input{\sumtabledir/region6/iron_lt80p_central.txt} & \input{\sumtabledir/region6/iron_lt80p_west.txt} & \input{\sumtabledir/region6/iron_lt80p_south.txt} & \input{\sumtabledir/region6/iron_lt80p_east.txt} & \input{\sumtabledir/region6/iron_lt80p_northeast.txt} \\
          &  &  &  & &  & & \\
         Zinc per capita & \input{\sumtabledir/zinc_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/zinc_per_capday_w_north.txt} &  \input{\sumtabledir/region6/zinc_per_capday_w_central.txt} &  \input{\sumtabledir/region6/zinc_per_capday_w_west.txt} &  \input{\sumtabledir/region6/zinc_per_capday_w_south.txt} &  \input{\sumtabledir/region6/zinc_per_capday_w_east.txt} &  \input{\sumtabledir/region6/zinc_per_capday_w_northeast.txt}  \\
          Zinc AP (ZAP) & \input{\sumtabledir/zinc_ratio_w_overall.txt} & \input{\sumtabledir/region6/zinc_ratio_w_north.txt} & \input{\sumtabledir/region6/zinc_ratio_w_central.txt} & \input{\sumtabledir/region6/zinc_ratio_w_west.txt} & \input{\sumtabledir/region6/zinc_ratio_w_south.txt} & \input{\sumtabledir/region6/zinc_ratio_w_east.txt} & \input{\sumtabledir/region6/zinc_ratio_w_northeast.txt}  \\
          ZAP <80\%  & \input{\sumtabledir/zinc_lt80p_overall.txt} & \input{\sumtabledir/region6/zinc_lt80p_north.txt} & \input{\sumtabledir/region6/zinc_lt80p_central.txt} & \input{\sumtabledir/region6/zinc_lt80p_west.txt} & \input{\sumtabledir/region6/zinc_lt80p_south.txt} & \input{\sumtabledir/region6/zinc_lt80p_east.txt} & \input{\sumtabledir/region6/zinc_lt80p_northeast.txt} \\
        	&  &  &  & &  & & \\
        	Thiamine per capita & \input{\sumtabledir/thiamine_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/thiamine_per_capday_w_north.txt} &  \input{\sumtabledir/region6/thiamine_per_capday_w_central.txt} &  \input{\sumtabledir/region6/thiamine_per_capday_w_west.txt} &  \input{\sumtabledir/region6/thiamine_per_capday_w_south.txt} &  \input{\sumtabledir/region6/thiamine_per_capday_w_east.txt} &  \input{\sumtabledir/region6/thiamine_per_capday_w_northeast.txt}  \\
          Thiamine AP (TAP) & \input{\sumtabledir/thiamine_ratio_w_overall.txt} & \input{\sumtabledir/region6/thiamine_ratio_w_north.txt} & \input{\sumtabledir/region6/thiamine_ratio_w_central.txt} & \input{\sumtabledir/region6/thiamine_ratio_w_west.txt} & \input{\sumtabledir/region6/thiamine_ratio_w_south.txt} & \input{\sumtabledir/region6/thiamine_ratio_w_east.txt} & \input{\sumtabledir/region6/thiamine_ratio_w_northeast.txt}  \\
          TAP <80\%  & \input{\sumtabledir/thiamine_lt80p_overall.txt} & \input{\sumtabledir/region6/thiamine_lt80p_north.txt} & \input{\sumtabledir/region6/thiamine_lt80p_central.txt} & \input{\sumtabledir/region6/thiamine_lt80p_west.txt} & \input{\sumtabledir/region6/thiamine_lt80p_south.txt} & \input{\sumtabledir/region6/thiamine_lt80p_east.txt} & \input{\sumtabledir/region6/thiamine_lt80p_northeast.txt} \\
          &  &  &  & &  & & \\
        Niacin per capita  & \input{\sumtabledir/niacin_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/niacin_per_capday_w_north.txt} &  \input{\sumtabledir/region6/niacin_per_capday_w_central.txt} &  \input{\sumtabledir/region6/niacin_per_capday_w_west.txt} &  \input{\sumtabledir/region6/niacin_per_capday_w_south.txt} &  \input{\sumtabledir/region6/niacin_per_capday_w_east.txt} &  \input{\sumtabledir/region6/niacin_per_capday_w_northeast.txt}  \\
          Niacin AP (NAP) & \input{\sumtabledir/niacin_ratio_w_overall.txt} & \input{\sumtabledir/region6/niacin_ratio_w_north.txt} & \input{\sumtabledir/region6/niacin_ratio_w_central.txt} & \input{\sumtabledir/region6/niacin_ratio_w_west.txt} & \input{\sumtabledir/region6/niacin_ratio_w_south.txt} & \input{\sumtabledir/region6/niacin_ratio_w_east.txt} & \input{\sumtabledir/region6/niacin_ratio_w_northeast.txt}  \\
          NAP <80\%  & \input{\sumtabledir/niacin_lt80p_overall.txt} & \input{\sumtabledir/region6/niacin_lt80p_north.txt} & \input{\sumtabledir/region6/niacin_lt80p_central.txt} & \input{\sumtabledir/region6/niacin_lt80p_west.txt} & \input{\sumtabledir/region6/niacin_lt80p_south.txt} & \input{\sumtabledir/region6/niacin_lt80p_east.txt} & \input{\sumtabledir/region6/niacin_lt80p_northeast.txt} \\
          &  &  &  & &  & & \\
          Riboflavin per capita & \input{\sumtabledir/riboflavin_per_capday_w_overall.txt} &  \input{\sumtabledir/region6/riboflavin_per_capday_w_north.txt} &  \input{\sumtabledir/region6/riboflavin_per_capday_w_central.txt} &  \input{\sumtabledir/region6/riboflavin_per_capday_w_west.txt} &  \input{\sumtabledir/region6/riboflavin_per_capday_w_south.txt} &  \input{\sumtabledir/region6/riboflavin_per_capday_w_east.txt} &  \input{\sumtabledir/region6/riboflavin_per_capday_w_northeast.txt}  \\
          Riboflavin AP (RAP) & \input{\sumtabledir/riboflavin_ratio_w_overall.txt} & \input{\sumtabledir/region6/riboflavin_ratio_w_north.txt} & \input{\sumtabledir/region6/riboflavin_ratio_w_central.txt} & \input{\sumtabledir/region6/riboflavin_ratio_w_west.txt} & \input{\sumtabledir/region6/riboflavin_ratio_w_south.txt} & \input{\sumtabledir/region6/riboflavin_ratio_w_east.txt} & \input{\sumtabledir/region6/riboflavin_ratio_w_northeast.txt}  \\
          RAP <80\%  & \input{\sumtabledir/riboflavin_lt80p_overall.txt} & \input{\sumtabledir/region6/riboflavin_lt80p_north.txt} & \input{\sumtabledir/region6/riboflavin_lt80p_central.txt} & \input{\sumtabledir/region6/riboflavin_lt80p_west.txt} & \input{\sumtabledir/region6/riboflavin_lt80p_south.txt} & \input{\sumtabledir/region6/riboflavin_lt80p_east.txt} & \input{\sumtabledir/region6/riboflavin_lt80p_northeast.txt} \\   
         &  &  &  & &  & & \\
         &  &  &  & &  & & \\
          GS days $\geq$110\degF & \input{\sumtabledir/tmax_gt110last_ygrow_overall.txt} & \input{\sumtabledir/region6/tmax_gt110last_ygrow_north.txt} & \input{\sumtabledir/region6/tmax_gt110last_ygrow_central.txt} & \input{\sumtabledir/region6/tmax_gt110last_ygrow_west.txt} & \input{\sumtabledir/region6/tmax_gt110last_ygrow_south.txt} & \input{\sumtabledir/region6/tmax_gt110last_ygrow_east.txt} & \input{\sumtabledir/region6/tmax_gt110last_ygrow_northeast.txt}\\
          GS days 100-110\degF & \input{\sumtabledir/tmax_100_110last_ygrow_overall.txt} & \input{\sumtabledir/region6/tmax_100_110last_ygrow_north.txt} & \input{\sumtabledir/region6/tmax_100_110last_ygrow_central.txt} & \input{\sumtabledir/region6/tmax_100_110last_ygrow_west.txt} & \input{\sumtabledir/region6/tmax_100_110last_ygrow_south.txt} & \input{\sumtabledir/region6/tmax_100_110last_ygrow_east.txt} & \input{\sumtabledir/region6/tmax_100_110last_ygrow_northeast.txt}\\
          GS days 90-100\degF & \input{\sumtabledir/tmax_90_100last_ygrow_overall.txt} & \input{\sumtabledir/region6/tmax_90_100last_ygrow_north.txt} & \input{\sumtabledir/region6/tmax_90_100last_ygrow_central.txt} & \input{\sumtabledir/region6/tmax_90_100last_ygrow_west.txt} & \input{\sumtabledir/region6/tmax_90_100last_ygrow_south.txt} & \input{\sumtabledir/region6/tmax_90_100last_ygrow_east.txt} & \input{\sumtabledir/region6/tmax_90_100last_ygrow_northeast.txt}\\
         GS days 80-90\degF & \input{\sumtabledir/tmax_80_90last_ygrow_overall.txt} & \input{\sumtabledir/region6/tmax_80_90last_ygrow_north.txt} & \input{\sumtabledir/region6/tmax_80_90last_ygrow_central.txt} & \input{\sumtabledir/region6/tmax_80_90last_ygrow_west.txt} & \input{\sumtabledir/region6/tmax_80_90last_ygrow_south.txt} & \input{\sumtabledir/region6/tmax_80_90last_ygrow_east.txt} & \input{\sumtabledir/region6/tmax_80_90last_ygrow_northeast.txt}\\
           GS days 70-80\degF & \input{\sumtabledir/tmax_70_80last_ygrow_overall.txt} & \input{\sumtabledir/region6/tmax_70_80last_ygrow_north.txt} & \input{\sumtabledir/region6/tmax_70_80last_ygrow_central.txt} & \input{\sumtabledir/region6/tmax_70_80last_ygrow_west.txt} & \input{\sumtabledir/region6/tmax_70_80last_ygrow_south.txt} & \input{\sumtabledir/region6/tmax_70_80last_ygrow_east.txt} & \input{\sumtabledir/region6/tmax_70_80last_ygrow_northeast.txt}\\
         GS days $<$70\degF & \input{\sumtabledir/tmax_lt70last_ygrow_overall.txt} & \input{\sumtabledir/region6/tmax_lt70last_ygrow_north.txt} & \input{\sumtabledir/region6/tmax_lt70last_ygrow_central.txt} & \input{\sumtabledir/region6/tmax_lt70last_ygrow_west.txt} & \input{\sumtabledir/region6/tmax_lt70last_ygrow_south.txt} & \input{\sumtabledir/region6/tmax_lt70last_ygrow_east.txt} & \input{\sumtabledir/region6/tmax_lt70last_ygrow_northeast.txt}\\
            GS rainfall (m) & \input{\sumtabledir/preclast_ygrow_overall.txt} & \input{\sumtabledir/region6/preclast_ygrow_north.txt} & \input{\sumtabledir/region6/preclast_ygrow_central.txt} & \input{\sumtabledir/region6/preclast_ygrow_west.txt} & \input{\sumtabledir/region6/preclast_ygrow_south.txt} & \input{\sumtabledir/region6/preclast_ygrow_east.txt} & \input{\sumtabledir/region6/preclast_ygrow_northeast.txt}  \\
            GS rainfall shock & \input{\sumtabledir/rain_shocklast_ygrow_overall.txt} & \input{\sumtabledir/region6/rain_shocklast_ygrow_north.txt} & \input{\sumtabledir/region6/rain_shocklast_ygrow_central.txt} & \input{\sumtabledir/region6/rain_shocklast_ygrow_west.txt} & \input{\sumtabledir/region6/rain_shocklast_ygrow_south.txt} & \input{\sumtabledir/region6/rain_shocklast_ygrow_east.txt} & \input{\sumtabledir/region6/rain_shocklast_ygrow_northeast.txt} \\
		&  &  &  & &  & & \\
		&  &  &  & &  & & \\
          Number of Districts & \input{\sumtabledir/numdist_overall.txt} & \input{\sumtabledir/region6/numdist_north.txt} & \input{\sumtabledir/region6/numdist_central.txt} & \input{\sumtabledir/region6/numdist_west.txt} & \input{\sumtabledir/region6/numdist_south.txt} & \input{\sumtabledir/region6/numdist_east.txt} & \input{\sumtabledir/region6/numdist_northeast.txt} \\      
          Number of Observations & \input{\sumtabledir/numobs_overall.txt} & \input{\sumtabledir/region6/numobs_north.txt} & \input{\sumtabledir/region6/numobs_central.txt} & \input{\sumtabledir/region6/numobs_west.txt} & \input{\sumtabledir/region6/numobs_south.txt} & \input{\sumtabledir/region6/numobs_east.txt} & \input{\sumtabledir/region6/numobs_northeast.txt} \\          
       
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the means of our primary dependent variables: daily per capita consumption (in mg unless otherwise noted, and winsorized at the 1 and 99 percent levels), adequacy percentage (AP), and the percentage of households below 80\% AP. All measures are based on a 30 day recall period for each household from the National Sample Survey (NSS), covering the period 2003 to 2012. It also shows the core weather growing season (GS, June-December) variables from ERA5 for 2002 to 2011. The non-growing season (March to May) summary statistics are in Appendix Table \ref{tab:more_sum}. We do not include January and February in either season because they contain very few hot days. The rainfall shock takes on a value of 1 if rainfall in a given district-season-year exceeds the 80th percentile of its historical distribution (defined as 1979-2012) of rainfall for that district-season, and a value of -1 if rainfall is below the 20th percentile of the historical distribution (0 otherwise). We present statistics for the full sample and for six regions: North (Delhi, Haryana, Himachal Pradesh, Jammu \& Kashmir, Punjab, and Rajasthan), Central (Chhattisgarh, Madhya Pradesh, Uttar Pradesh, and Uttarakhand), West (Dadra \& Nagar Haveli, Daman \& Diu, Goa, Gujarat, and Maharashtra), South (Andhra Pradesh, Karnataka, Kerala, Pondicherry, and Tamil Nadu), East (Bihar, Jharkhand, Odisha, and West Bengal), and Northeast (Arunachal Pradesh, Assam, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, and Tripura).  
    \end{tablenotes}
    \end{threeparttable}
    \label{tab:nss_stats}
\end{table}
\FloatBarrier

\begin{landscape}
\begin{table}[H]
    \centering
    \footnotesize
    \caption{Core Specification: Last Year's Growing Season Coefficients}
    \label{tab:main_regs}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)  \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households\\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr10_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_gt110last_ygrow.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rr10_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_100_110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_100_110last_ygrow.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rr10_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_90_100last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_90_100last_ygrow.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rr10_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_80_90last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr10_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_70_80last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_70_80last_ygrow.txt}\unskip)  \\
Rainfall Shock & \input{\tablenumdir/rr10_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr80_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr90_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr120_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr290_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr100_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr300_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr680_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr800_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr740_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_rain_shocklast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_rain_shocklast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_rain_shocklast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_rain_shocklast_ygrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr10_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr80_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr90_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr120_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr290_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr100_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr300_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr680_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr800_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr740_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt} \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X \\
         State time trends & X & X & X & X & X & X & X & X& X & X \\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F (Equation 1). \hunnednote \tablecoefnote \tablefenote \clusternotetab \significance  
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\FloatBarrier
\end{landscape}


\newpage


%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%FIGURES
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\newpage
\section{Figures}

\begin{figure}[!htb]
\begin{tabular}{cc} 
A) Days 100\degF - 110\degF & B) Days Above 110\degF \\ 
\includegraphics[scale=.3]{\mapdir/tmax_100_110_map_grow_2002_2011.png} & \includegraphics[scale=.3]{\mapdir/tmax_gt110_map_grow_2002_2011.png}  \\ \\
\end{tabular}
\caption{Growing Season Weather by District (2000-2011)}\label{fig:tmaxgt100_het}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the average number of growing season (June-December) days with maximum temperature between 100\degF and 110\degF in each district from 2002 to 2011. Panel B shows the number of growing season days greater than or equal to 110\degFp 
\end{tabular*}
\end{figure}


\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Top 6 Crops & B) Top 5 Monsoon Crops    \\
\includegraphics[scale=.6]{\graphdir/coefplot_regols_icrisat_r1_lyield_x1_fe1_2000_2011_distcluster_all_this_ygrow.pdf} & \includegraphics[scale=.6]{\graphdir/coefplot_regols_icrisat_r2_lyield_m_x1_fe1_2000_2011_distcluster_all_this_ygrow.pdf}  
\end{tabular}
\footnotesize
\caption{This Year's Growing Season Weather and Yields}\label{fig:yields}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
These graphs show the change in 100 times log yields for each additional day at a given temperature during this year's growing season relative to a day below 70$^{\circ}$F. Panel A is for the top 6 crops in India (rice, wheat, sugarcane, groundnut, sorghum, and maize). Panel B is for the top 5 monsoon-dependent crops (excludes wheat). The coefficients can be interpreted as percentage changes. We match district-year yields with weather data at the district-year-season level. The model includes 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this year's growing season (June - December) and non-growing season (March - May). We omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district and year fixed effects and rainfall shocks.  Standard errors (errors bars represent the 95 percent confidence interval) are clustered at the district level to account for any inter-district correlation of the error terms. The models include data from 2000-2011. The model in Panel A  includes \input{\tablenumdir/r1_lyield_numobs_all.txt}observations, and Panel B includes \input{\tablenumdir/r2_lyield_m_numobs_all.txt}\unskip. The mean outcome variable in panel A is \input{\sumtabledir/lyield_overall.txt}\unskip, and the mean outcome variable in panel B is \input{\sumtabledir/lyield_m_overall.txt}\unskip. 
\end{tabular*}
\end{figure}
\FloatBarrier



\FloatBarrier
\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
   &B) Households below   \\ 
A) Calories per Capita & 100\% Calories Adequacy\\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_rr10_log_calories_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_rr80_calories_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
C) Households below   &D) Households below  \\ 
80\% Calories Adequacy & 60\% Calories Adequacy\\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_rr90_calories_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_rr120_calories_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}
\end{tabular}
\caption{Last Year's Growing Season Weather and Calorie Availability}\label{fig:calories}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in 100 times the log of per capita daily consumption of calories (winsorized at the 1 and 99 percent levels) for each additional day at a given temperature during last year's growing season relative to a day below 70\degFp The coefficients can be interpreted as percentage changes. The dependent variable in panel B is the percentage of households consuming below 100 percent of the recommended level of calories, based on household composition. Panels C and D are the same, but for the 80 percent threshold and 60 percent threshold, respectively. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year's growing season (June-December) and non-growing season (March-May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household composition (Panel A: number of members of different ages and genders, Panels B-D: household size) controls.  \clusternotefig  The model in panel A includes \input{\tablenumdir/rr10_log_calories_pcd_w_numobs.txt}observations, and the models in Panels B-D include \input{\tablenumdir/rr80_calories_lt100p_numobs.txt}observations. These coefficients correspond to those in Table \ref{tab:main_regs}, columns 1-4. 
\end{tabular*}
\end{figure}
\FloatBarrier


 

\FloatBarrier
\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Protein & B) Iron \\
 \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr290_protein_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr100_iron_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}\\ 
C) Zinc & D) Thiamine \\
  \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr300_zinc_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr680_thiamine_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}
\\ 
E) Niacin & F) Riboflavin\\
 \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr800_niacin_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} & \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr740_riboflavin_lt80p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} 
 \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and 80\% Nutritional Adequacy}\label{fig:lt80}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the percentage of households consuming below 80 percent of the recommended level of protein, based on household composition, for each additional day at a given temperature during last year's growing season relative to a day below 70\degFp Panels B-F show the same relationship for different nutrients. We match household-year-month nutritional outcomes with weather data at the district-year-season level. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household size controls. \clusternotefig  The models all include \input{\tablenumdir/rr80_calories_lt100p_numobs.txt}observations. These coefficients correspond to those in Table \ref{tab:main_regs}, columns 5-10.
\end{tabular*}
\end{figure}
\FloatBarrier


\FloatBarrier
\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Calories & B) Protein \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr20home_rr30purchase_calories_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr230home_rr240purchase_protein_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf} \\ 
C)  Iron & D) Zinc \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr60home_rr70purchase_iron_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr260home_rr270purchase_zinc_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf} \\ 
E) Thiamine & F) Niacin \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr650home_rr660purchase_thiamine_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr770home_rr780purchase_niacin_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf} \\ 
\multicolumn{2}{c}{G) Riboflavin}  \\
\multicolumn{2}{c}{\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr710home_rr720purchase_riboflavin_home_pcd_w_2003_2012_distcluster_last_ygrow.pdf}} \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and Home-Grown vs. Purchased Nutrients}\label{fig:home_purch}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in calories per capita from home grown foods (blue circles) and from purchased foods (orange diamonds) for each additional day at a given temperature during last year's growing season relative to a day below 70\degFp  Panels B-G show the same relationship for different nutrients. Each outcome is winsorized at the 1 and 99 percent levels. We match household-year-month nutritional outcomes with weather data at the district-year-season level. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household composition controls. \clusternotefig  The models all include \input{\tablenumdir/rr80_calories_lt100p_numobs.txt}observations. 
\end{tabular*}
\end{figure}
\FloatBarrier

\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
\multicolumn{2}{c}{Working in Agriculture} \\
A)Household Enterprise   &B) Away from Home   \\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_120_ag_at_home_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_130_ag_away_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow.pdf} \\ 
\multicolumn{2}{c}{Working in non-Agriculture} \\
C)Household Enterprise   &D) Away from Home   \\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_140_nonag_at_home_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_150_nonag_away_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow.pdf} \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and Working-Age (14-65) Work Status}\label{fig:working_new}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the percent of working-age individuals (14-65) working in agriculture at home for each additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. Panel B shows the same relationship for working-age individuals working in agriculture away from home. Panels C and D show the same relationships as A and B, respectively, but for non-agricultural work. All models include 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, individual demographic controls (religion, social group, age, sex and education level). \clusternotefigindiv  All models include \input{\tablenumdir/r10_120_ag_at_home_principal_numobs.txt}observations.
\end{tabular*}
\end{figure}
\FloatBarrier

\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) $<$18 &B) 18-39 \\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r11_log_death_rate_lt18_p1000_w_x2_p2_fe2_2012_2019_distcluster_this_yall.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r21_log_death_rate_18_39_p1000_w_x2_p2_fe2_2012_2019_distcluster_this_yall.pdf} \\ 
C) $\geq$40  &B) $\geq$60\\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r31_log_death_rate_gte40_p1000_w_x2_p2_fe2_2012_2019_distcluster_this_yall.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r41_log_death_rate_gte60_p1000_w_x2_p2_fe2_2012_2019_distcluster_this_yall.pdf} \\
\end{tabular}
\caption{This Year's Full Year Weather and Mortality}\label{fig:mortality_year}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the log mortality rate (deaths per 1,000 people) for children (below 18) for each additional day at a given temperature this year relative to a day below 70\degFp Panels B, C, and D show the same relationship as panel A, but for the 18-39, 40 and above, and 60 and above mortality rates, respectively. Each outcome is winsorized at the 1 and 99 percent levels. We pair district-year-level mortality rates from 2012 to 2019 with district-year level weather. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year. They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include year and district fixed effects and a state-year trend. Standard errors (error bars represent the 95\% confidence interval) are clustered at the district level to account for any inter-district correlation of the error terms. Panel A includes \input{\tablenumdir/r11_nfhs_age_log_death_rate_lt18_p1000_w_numobs.txt}observations, panel B includes \input{\tablenumdir/r21_nfhs_age_log_death_rate_18_39_p1000_w_numobs.txt}\unskip, panel C includes \input{\tablenumdir/r31_nfhs_age_log_death_rate_gte40_p1000_w_numobs.txt}\unskip, and panel D includes \input{\tablenumdir/r41_nfhs_age_log_death_rate_gte60_p1000_w_numobs.txt}\unskip.	
\end{tabular*}
\end{figure}
\FloatBarrier




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%APPENDIX 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\section{Appendix}
\setcounter{table}{0}
\renewcommand{\thetable}{A\arabic{table}}
\renewcommand\thefigure{A\arabic{figure}}    
\setcounter{figure}{0} 





\clearpage
\subsection*{Appendix Tables}
\begin{table}[!htb]
    \centering
    \small
    \caption{Additional Rainfall Controls and Non-Growing Season Weather}
    \begin{threeparttable}
    \begin{tabular}{lll}
    \hline
          & Mean & SD \\
         \hline
         \hline
         Dry growing season (dummy) & \input{\sumtabledir/drylast_ygrow_overall.txt} & \input{\sumtabledir/sd_drylast_ygrow_overall.txt} \\
             Wet growing season (dummy) & \input{\sumtabledir/wetlast_ygrow_overall.txt} & \input{\sumtabledir/sd_wetlast_ygrow_overall.txt} \\
             Growing season dry deviation (m) & \input{\sumtabledir/how_drylast_ygrow_overall.txt} & \input{\sumtabledir/sd_how_drylast_ygrow_overall.txt} \\
             Growing season wet deviation (m) & \input{\sumtabledir/how_wetlast_ygrow_overall.txt} & \input{\sumtabledir/sd_how_wetlast_ygrow_overall.txt} \\
         \\
          Non-growing season days $\geq$ 110\degF & \input{\sumtabledir/tmax_gt110last_ynogrow_overall.txt} & \input{\sumtabledir/sd_tmax_gt110last_ynogrow_overall.txt} \\
          Non-growing season days 100-110\degF & \input{\sumtabledir/tmax_100_110last_ynogrow_overall.txt} & \input{\sumtabledir/sd_tmax_100_110last_ynogrow_overall.txt} \\
          Non-growing season days 90-100\degF & \input{\sumtabledir/tmax_90_100last_ynogrow_overall.txt} & \input{\sumtabledir/sd_tmax_90_100last_ynogrow_overall.txt} \\
          Non-growing season days 80-90\degF & \input{\sumtabledir/tmax_80_90last_ynogrow_overall.txt} & \input{\sumtabledir/sd_tmax_80_90last_ynogrow_overall.txt} \\
          Non-growing season days 70-80\degF & \input{\sumtabledir/tmax_70_80last_ynogrow_overall.txt} & \input{\sumtabledir/sd_tmax_70_80last_ynogrow_overall.txt} \\
          Non-growing season days $<$70\degF & \input{\sumtabledir/tmax_lt70last_ynogrow_overall.txt} & \input{\sumtabledir/sd_tmax_lt70last_ynogrow_overall.txt} \\
          Non-growing season rainfall (m) & \input{\sumtabledir/preclast_ynogrow_overall.txt} & \input{\sumtabledir/sd_preclast_ynogrow_overall.txt} \\
            Non-growing season rainfall shock & \input{\sumtabledir/rain_shocklast_ynogrow_overall.txt} & \input{\sumtabledir/sd_rain_shocklast_ynogrow_overall.txt} \\
            Dry non-growing season (dummy) & \input{\sumtabledir/drylast_ynogrow_overall.txt} & \input{\sumtabledir/sd_drylast_ynogrow_overall.txt} \\
             Wet non-growing season (dummy) & \input{\sumtabledir/wetlast_ynogrow_overall.txt} & \input{\sumtabledir/sd_wetlast_ynogrow_overall.txt} \\
             Non-growing season dry deviation (m) & \input{\sumtabledir/how_drylast_ynogrow_overall.txt} & \input{\sumtabledir/sd_how_drylast_ynogrow_overall.txt} \\
             Non-growing season wet deviation (m) & \input{\sumtabledir/how_wetlast_ynogrow_overall.txt} & \input{\sumtabledir/sd_how_wetlast_ynogrow_overall.txt} \\       
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows means and standard deviations of alternative precipitation controls and non-growing season (March to May) weather variables from 2002 to 2011. Weather variables are from ERA5 and are separated by growing season (June to December) and  non-growing season (March to May). The dry season dummy represents a season with less than the 20th historical (from 1979-2012) percentile of rainfall for a particular district. The wet season dummy indicates rainfall above the 80th percentile. The rainfall shock takes a value of -1 for a dry season, 1 for a wet season, and 0 otherwise. The dry deviation represents the amount of rainfall (in m) below the historical median (and is 0 in a wet season). The wet deviation is analogous for above median rainfall.    	 
    \end{tablenotes}
    \end{threeparttable}
    \label{tab:more_sum}
\end{table}
\FloatBarrier
\clearpage

\begin{table}[H]
    \centering
    \footnotesize
    \caption{Employment Summary Statistics}
    \label{tab:empl_sum}
    \begin{threeparttable}
    \begin{tabular}{lc}
    \hline
          & Percentage of\\
          & Working-Age People\\
          \hline
     		Work in Agriculture &\input{\sumtabletendir/ag_principal_workage.txt} \\
     		Work in Agriculture, Home Enterprise &\input{\sumtabletendir/ag_at_home_principal_workage.txt} \\
			Work in Agriculture, Out of Home &\input{\sumtabletendir/ag_away_principal_workage.txt}\\
			\\
			Work in non-Agriculture &\input{\sumtabletendir/nonag_occ_principal_workage.txt} \\
     		Work in non-Agriculture, Home Enterprise &\input{\sumtabletendir/nonag_at_home_principal_workage.txt} \\
			Work in non-Agriculture, Out of Home &\input{\sumtabletendir/nonag_away_principal_workage.txt} \\
			\\
			Unemployed & \input{\sumtabletendir/unempl_principal_workage.txt} \\

     		\hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
	This table shows the average percentage of working-age (14-65) individuals in different employment categories. The data, from the NSS, include 1,150,280 individuals and cover the period 2004 to 2012. 
\end{tablenotes}
\end{threeparttable}
\end{table}


\begin{table}[H]
    \centering
    \footnotesize
    \caption{Mortality Rate Summary Statistics}
    \label{tab:mort_rate_sum}
    \begin{threeparttable}
    \begin{tabular}{cc}
    \hline
          Age Group & Deaths per 1,000 People\\
          \hline
     		<18 &4.6 \\
     		18-39 &2.3 \\
     		$\geq40$ &17.0 \\
     		$\geq60$ &35.9 \\
     		\hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
	This table shows the average number of yearly deaths per 1000 people for different age groups across India for the period 2012 to 2019. We calculate them using data from the National Family Health Survey, rounds 4 and 5. 
\end{tablenotes}
\end{threeparttable}
\end{table}

\FloatBarrier

\begin{table}[H]
    \centering
    \footnotesize
    \caption{This Year Growing vs. non-Growing Seasons: Yields}
    \label{tab:robust_seasons_yield}
    \begin{threeparttable}
    \begin{tabular}{lcc}
    \hline
          & (1) & (2)  \\
     
          & 100 x Log of yield & 100 x Log of yield  \\
          & (top 6 crops) & (top 5 monsoon crops) \\
          \cline{2-3}
          GS Day $\geq$110\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_gt110this_ygrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_gt110this_ygrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_gt110this_ygrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_gt110this_ygrow.txt}\unskip)  \\
          GS Day 100-110\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_100_110this_ygrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_100_110this_ygrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_100_110this_ygrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_100_110this_ygrow.txt}\unskip)  \\
          GS Day 90-100\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_90_100this_ygrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_90_100this_ygrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_90_100this_ygrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_90_100this_ygrow.txt}\unskip) \\
          GS Day 80-90\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_80_90this_ygrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_80_90this_ygrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_80_90this_ygrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_80_90this_ygrow.txt}\unskip) \\
          GS Day 70-80\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_70_80this_ygrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_70_80this_ygrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_70_80this_ygrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_70_80this_ygrow.txt}\unskip) \\
          GS Rainfall shock & \input{\tablenumdir/r1_icrisat_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_rain_shockthis_ygrow.txt} & \input{\tablenumdir/r2_icrisat_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_rain_shockthis_ygrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_rain_shockthis_ygrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_rain_shockthis_ygrow.txt}\unskip) \\
          \cline{2-3} \\
           Non GS Day $\geq$110\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_gt110this_ynogrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_gt110this_ynogrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_gt110this_ynogrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_gt110this_ynogrow.txt}  \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_gt110this_ynogrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_gt110this_ynogrow.txt}\unskip) \\
          Non GS Day 100-110\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_100_110this_ynogrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_100_110this_ynogrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_100_110this_ynogrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_100_110this_ynogrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_100_110this_ynogrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_100_110this_ynogrow.txt}\unskip) \\
           Non GS Day 90-100\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_90_100this_ynogrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_90_100this_ynogrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_90_100this_ynogrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_90_100this_ynogrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_90_100this_ynogrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_90_100this_ynogrow.txt}\unskip) \\
          Non GS Day 80-90\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_80_90this_ynogrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_80_90this_ynogrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_80_90this_ynogrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_80_90this_ynogrow.txt}  \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_80_90this_ynogrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_80_90this_ynogrow.txt}\unskip) \\
          Non GS Day 70-80\degF & \input{\tablenumdir/r1_icrisat_coef_tmax_70_80this_ynogrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_tmax_70_80this_ynogrow.txt} & \input{\tablenumdir/r2_icrisat_coef_tmax_70_80this_ynogrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_tmax_70_80this_ynogrow.txt}  \\
          & (\input{\tablenumdir/r1_icrisat_std_tmax_70_80this_ynogrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_tmax_70_80this_ynogrow.txt}\unskip) \\
          Non GS Rainfall Shock & \input{\tablenumdir/r1_icrisat_coef_rain_shockthis_ynogrow.txt}\unskip\input{\tablenumdir/r1_icrisat_star_rain_shockthis_ynogrow.txt} & \input{\tablenumdir/r2_icrisat_coef_rain_shockthis_ynogrow.txt}\unskip\input{\tablenumdir/r2_icrisat_star_rain_shockthis_ynogrow.txt} \\
          & (\input{\tablenumdir/r1_icrisat_std_rain_shockthis_ynogrow.txt}\unskip)& (\input{\tablenumdir/r2_icrisat_std_rain_shockthis_ynogrow.txt}\unskip) \\
         \cline{2-3}
         Observations & \input{\tablenumdir/r1_icrisat_lyield_numobs.txt}  & \input{\tablenumdir/r2_icrisat_lyield_m_numobs.txt}  \\
         Mean Outcome & \input{\sumtabledir/lyield_overall.txt} & \input{\sumtabledir/lyield_m_overall.txt}   \\
       \hline
       	 District FE & X & X \\
       	 Year FE & X & X \\
         Demographic controls & X & X \\
         State time trends & X & X \\
         Rainfall shocks & X & X  \\
         Last Year's Weather & X & X  \\
         This Year's Weather & X & X  \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
	This table shows the change in (100x) the log of yield for the top 6 crops in India (column 1 - rice, wheat, sugarcane, groundnut, sorghum, and maize), and the top 5 monsoon crops (column 2 - excludes wheat) for an additional day at a given temperature during this year's growing and non growing seasons relative to a day below 70$^{\circ}$F. Both models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. Each model includes district and year fixed effects, and rainfall shocks. \clusternotetab \significance 
\end{tablenotes}
\end{threeparttable}
\end{table}

\FloatBarrier



\begin{landscape}
\begin{table}[H]
    \centering
    \footnotesize
    \caption{Core Specification: Last Year's Non-Growing Season Coefficients}
    \label{tab:main_regs_ngs}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of   \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy & Adequacy  \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr10_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_gt110last_ynogrow.txt} & \input{\tablenumdir/rr80_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_gt110last_ynogrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_gt110last_ynogrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_gt110last_ynogrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_gt110last_ynogrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_gt110last_ynogrow.txt} & \input{\tablenumdir/rr300_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_gt110last_ynogrow.txt} & \input{\tablenumdir/rr680_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_gt110last_ynogrow.txt} & \input{\tablenumdir/rr800_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_gt110last_ynogrow.txt} & \input{\tablenumdir/rr740_coef_tmax_gt110last_ynogrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_gt110last_ynogrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_gt110last_ynogrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_gt110last_ynogrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_gt110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_gt110last_ynogrow.txt}\unskip) \\
 Day 100-110\degF  & \input{\tablenumdir/rr10_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_100_110last_ynogrow.txt} & \input{\tablenumdir/rr80_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_100_110last_ynogrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_100_110last_ynogrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_100_110last_ynogrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_100_110last_ynogrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_100_110last_ynogrow.txt} & \input{\tablenumdir/rr300_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_100_110last_ynogrow.txt} & \input{\tablenumdir/rr680_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_100_110last_ynogrow.txt} & \input{\tablenumdir/rr800_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_100_110last_ynogrow.txt} & \input{\tablenumdir/rr740_coef_tmax_100_110last_ynogrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_100_110last_ynogrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_100_110last_ynogrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_100_110last_ynogrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_100_110last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_100_110last_ynogrow.txt}\unskip) \\
Day 90-100\degF  & \input{\tablenumdir/rr10_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_90_100last_ynogrow.txt} & \input{\tablenumdir/rr80_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_90_100last_ynogrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_90_100last_ynogrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_90_100last_ynogrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_90_100last_ynogrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_90_100last_ynogrow.txt} & \input{\tablenumdir/rr300_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_90_100last_ynogrow.txt} & \input{\tablenumdir/rr680_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_90_100last_ynogrow.txt} & \input{\tablenumdir/rr800_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_90_100last_ynogrow.txt} & \input{\tablenumdir/rr740_coef_tmax_90_100last_ynogrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_90_100last_ynogrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_90_100last_ynogrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_90_100last_ynogrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_90_100last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_90_100last_ynogrow.txt}\unskip) \\
Day 80-90\degF  & \input{\tablenumdir/rr10_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_80_90last_ynogrow.txt} & \input{\tablenumdir/rr80_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_80_90last_ynogrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_80_90last_ynogrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_80_90last_ynogrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_80_90last_ynogrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_80_90last_ynogrow.txt} & \input{\tablenumdir/rr300_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_80_90last_ynogrow.txt} & \input{\tablenumdir/rr680_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_80_90last_ynogrow.txt} & \input{\tablenumdir/rr800_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_80_90last_ynogrow.txt} & \input{\tablenumdir/rr740_coef_tmax_80_90last_ynogrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_80_90last_ynogrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_80_90last_ynogrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_80_90last_ynogrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_80_90last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_80_90last_ynogrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr10_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_70_80last_ynogrow.txt} & \input{\tablenumdir/rr80_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_70_80last_ynogrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_70_80last_ynogrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_70_80last_ynogrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_70_80last_ynogrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_70_80last_ynogrow.txt} & \input{\tablenumdir/rr300_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_70_80last_ynogrow.txt} & \input{\tablenumdir/rr680_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_70_80last_ynogrow.txt} & \input{\tablenumdir/rr800_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_70_80last_ynogrow.txt} & \input{\tablenumdir/rr740_coef_tmax_70_80last_ynogrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_70_80last_ynogrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_70_80last_ynogrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_70_80last_ynogrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_70_80last_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_70_80last_ynogrow.txt}\unskip) \\
Rainfall Shock & \input{\tablenumdir/rr10_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr10_star_rain_shocklast_ynogrow.txt} & \input{\tablenumdir/rr80_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr80_star_rain_shocklast_ynogrow.txt} &  \input{\tablenumdir/rr90_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr90_star_rain_shocklast_ynogrow.txt} &  \input{\tablenumdir/rr120_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr120_star_rain_shocklast_ynogrow.txt} &  \input{\tablenumdir/rr290_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr290_star_rain_shocklast_ynogrow.txt} &  \input{\tablenumdir/rr100_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr100_star_rain_shocklast_ynogrow.txt} & \input{\tablenumdir/rr300_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr300_star_rain_shocklast_ynogrow.txt} & \input{\tablenumdir/rr680_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr680_star_rain_shocklast_ynogrow.txt} & \input{\tablenumdir/rr800_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr800_star_rain_shocklast_ynogrow.txt} & \input{\tablenumdir/rr740_coef_rain_shocklast_ynogrow.txt}\unskip\input{\tablenumdir/rr740_star_rain_shocklast_ynogrow.txt} \\
    & (\input{\tablenumdir/rr10_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_rain_shocklast_ynogrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_rain_shocklast_ynogrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_rain_shocklast_ynogrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_rain_shocklast_ynogrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr10_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr80_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr90_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr120_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr290_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr100_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr300_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr680_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr800_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr740_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt} \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X  \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         State time trends & X & X & X & X & X & X & X & X& X & X\\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's non-growing season relative to a day below 70$^{\circ}$F (Equation 1). It is the same specification as Table \ref{tab:main_regs}, which shows last year's growing season weather. \hunnednote \tablecoefnote \tablefenote \clusternotetab \significance    
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\FloatBarrier
\begin{table}[H]
    \centering
    \footnotesize
    \caption{Core Specification: This Year's Growing Season Coefficients}
    \label{tab:this_y}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr10_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_gt110this_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_gt110this_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_gt110this_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_gt110this_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_gt110this_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_gt110this_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_gt110this_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_gt110this_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_gt110this_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_gt110this_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_gt110this_ygrow.txt}  \\
    & (\input{\tablenumdir/rr10_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_gt110this_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_gt110this_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_gt110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_gt110this_ygrow.txt}\unskip) \\
 Day 100-110\degF  & \input{\tablenumdir/rr10_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_100_110this_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_100_110this_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_100_110this_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_100_110this_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_100_110this_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_100_110this_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_100_110this_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_100_110this_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_100_110this_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_100_110this_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_100_110this_ygrow.txt}\\
    & (\input{\tablenumdir/rr10_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_100_110this_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_100_110this_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_100_110this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_100_110this_ygrow.txt}\unskip) \\
Day 90-100\degF  & \input{\tablenumdir/rr10_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_90_100this_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_90_100this_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_90_100this_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_90_100this_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_90_100this_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_90_100this_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_90_100this_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_90_100this_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_90_100this_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_90_100this_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_90_100this_ygrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_90_100this_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_90_100this_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_90_100this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_90_100this_ygrow.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rr10_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_80_90this_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_80_90this_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_80_90this_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_80_90this_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_80_90this_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_80_90this_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_80_90this_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_80_90this_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_80_90this_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_80_90this_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_80_90this_ygrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_80_90this_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_80_90this_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_80_90this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_80_90this_ygrow.txt}\unskip) \\
Day 70-80\degF  & \input{\tablenumdir/rr10_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_tmax_70_80this_ygrow.txt} & \input{\tablenumdir/rr80_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_tmax_70_80this_ygrow.txt} &  \input{\tablenumdir/rr90_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_tmax_70_80this_ygrow.txt} &  \input{\tablenumdir/rr120_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_tmax_70_80this_ygrow.txt} &  \input{\tablenumdir/rr290_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_tmax_70_80this_ygrow.txt} &  \input{\tablenumdir/rr100_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_tmax_70_80this_ygrow.txt} & \input{\tablenumdir/rr300_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_tmax_70_80this_ygrow.txt} & \input{\tablenumdir/rr680_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_tmax_70_80this_ygrow.txt} & \input{\tablenumdir/rr800_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_tmax_70_80this_ygrow.txt} & \input{\tablenumdir/rr740_coef_tmax_70_80this_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_tmax_70_80this_ygrow.txt} \\
    & (\input{\tablenumdir/rr10_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_tmax_70_80this_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_tmax_70_80this_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_tmax_70_80this_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_tmax_70_80this_ygrow.txt}\unskip)  \\
Rainfall Shock & \input{\tablenumdir/rr10_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr10_star_rain_shockthis_ygrow.txt} & \input{\tablenumdir/rr80_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr80_star_rain_shockthis_ygrow.txt} &  \input{\tablenumdir/rr90_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr90_star_rain_shockthis_ygrow.txt} &  \input{\tablenumdir/rr120_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr120_star_rain_shockthis_ygrow.txt} &  \input{\tablenumdir/rr290_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr290_star_rain_shockthis_ygrow.txt} &  \input{\tablenumdir/rr100_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr100_star_rain_shockthis_ygrow.txt} & \input{\tablenumdir/rr300_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr300_star_rain_shockthis_ygrow.txt} & \input{\tablenumdir/rr680_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr680_star_rain_shockthis_ygrow.txt} & \input{\tablenumdir/rr800_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr800_star_rain_shockthis_ygrow.txt} & \input{\tablenumdir/rr740_coef_rain_shockthis_ygrow.txt}\unskip\input{\tablenumdir/rr740_star_rain_shockthis_ygrow.txt}\\
    & (\input{\tablenumdir/rr10_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr80_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr90_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr120_std_rain_shockthis_ygrow.txt}\unskip)& (\input{\tablenumdir/rr290_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr100_std_rain_shockthis_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr300_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr680_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr800_std_rain_shockthis_ygrow.txt}\unskip) & (\input{\tablenumdir/rr740_std_rain_shockthis_ygrow.txt}\unskip) \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr10_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr80_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr90_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr120_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr290_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr100_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr300_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr680_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr800_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr740_riboflavin_lt80p_numobs.txt}\\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt}  \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X\\
         Demographic controls & X & X & X& X & X & X & X & X & X & X \\
         State time trends & X & X & X & X & X & X & X & X& X & X \\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X\\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during this year's growing season relative to a day below 70$^{\circ}$F (Equation 1). It is the same specification as Table \ref{tab:main_regs}, which shows last year's growing season weather. \hunnednote \tablecoefnote \tablefenote \clusternotetab \significance  
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\FloatBarrier

\FloatBarrier
\begin{table}[H]
    \centering
    \footnotesize
    \caption{District-Month and Year-Month Fixed Effects: Last Year's Growing Season Coefficients}
    \label{tab:dm_ym}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr11_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr11_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr81_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr81_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr91_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr91_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr121_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr121_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr291_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr291_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr101_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr101_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr301_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr301_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr681_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr681_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr801_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr801_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr741_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr741_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr11_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr81_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr91_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr121_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr291_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr101_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr301_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr681_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr801_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr741_std_tmax_gt110last_ygrow.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rr11_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr11_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr81_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr81_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr91_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr91_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr121_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr121_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr291_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr291_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr101_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr101_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr301_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr301_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr681_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr681_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr801_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr801_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr741_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr741_star_tmax_100_110last_ygrow.txt}\\
    & (\input{\tablenumdir/rr11_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr81_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr91_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr121_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr291_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr101_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr301_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr681_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr801_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr741_std_tmax_100_110last_ygrow.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rr11_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr11_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr81_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr81_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr91_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr91_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr121_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr121_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr291_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr291_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr101_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr101_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr301_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr301_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr681_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr681_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr801_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr801_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr741_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr741_star_tmax_90_100last_ygrow.txt} \\
    & (\input{\tablenumdir/rr11_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr81_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr91_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr121_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr291_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr101_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr301_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr681_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr801_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr741_std_tmax_90_100last_ygrow.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rr11_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr11_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr81_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr81_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr91_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr91_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr121_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr121_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr291_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr291_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr101_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr101_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr301_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr301_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr681_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr681_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr801_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr801_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr741_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr741_star_tmax_80_90last_ygrow.txt} \\
    & (\input{\tablenumdir/rr11_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr81_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr91_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr121_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr291_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr101_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr301_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr681_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr801_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr741_std_tmax_80_90last_ygrow.txt}\unskip) \\
Day 70-80\degF  & \input{\tablenumdir/rr11_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr11_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr81_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr81_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr91_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr91_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr121_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr121_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr291_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr291_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr101_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr101_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr301_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr301_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr681_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr681_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr801_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr801_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr741_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr741_star_tmax_70_80last_ygrow.txt} \\
    & (\input{\tablenumdir/rr11_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr81_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr91_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr121_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr291_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr101_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr301_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr681_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr801_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr741_std_tmax_70_80last_ygrow.txt}\unskip) \\
Rainfall Shock & \input{\tablenumdir/rr11_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr11_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr81_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr81_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr91_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr91_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr121_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr121_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr291_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr291_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr101_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr101_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr301_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr301_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr681_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr681_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr801_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr801_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr741_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr741_star_rain_shocklast_ygrow.txt}\\
    & (\input{\tablenumdir/rr11_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr81_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr91_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr121_std_rain_shocklast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr291_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr101_std_rain_shocklast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr301_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr681_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr801_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr741_std_rain_shocklast_ygrow.txt}\unskip)\\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr11_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr81_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr91_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr121_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr291_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr101_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr301_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr681_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr801_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr741_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt}  \\      
       \hline
       	District-Month FE & X & X & X & X & X & X & X & X & X & X  \\
       	Year-Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         State time trends & X & X & X & X & X & X & X & X& X & X \\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote \tablecoefnote Each model includes district-month and year-month fixed effects (as opposed to our main estimates in Table \ref{tab:main_regs}, which includes district, month, and year fixed effects), demographic controls, rainfall shocks, and state time trends.  \clusternotetab \significance 
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\FloatBarrier
\begin{table}[H]
    \centering
    \footnotesize
    \caption{District-Specific Year Trends: Last Year's Growing Season Coefficients}
    \label{tab:dist_trends}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr19_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr19_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr89_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr89_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr99_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr99_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr129_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr129_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr299_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr299_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr109_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr109_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr309_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr309_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr689_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr689_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr809_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr809_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr749_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr749_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr19_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr89_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr99_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr129_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr299_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr109_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr309_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr689_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr809_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr749_std_tmax_gt110last_ygrow.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rr19_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr19_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr89_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr89_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr99_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr99_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr129_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr129_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr299_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr299_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr109_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr109_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr309_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr309_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr689_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr689_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr809_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr809_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr749_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr749_star_tmax_100_110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr19_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr89_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr99_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr129_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr299_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr109_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr309_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr689_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr809_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr749_std_tmax_100_110last_ygrow.txt}\unskip) \\
Day 90-100\degF  & \input{\tablenumdir/rr19_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr19_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr89_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr89_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr99_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr99_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr129_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr129_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr299_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr299_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr109_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr109_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr309_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr309_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr689_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr689_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr809_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr809_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr749_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr749_star_tmax_90_100last_ygrow.txt}\\
    & (\input{\tablenumdir/rr19_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr89_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr99_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr129_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr299_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr109_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr309_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr689_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr809_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr749_std_tmax_90_100last_ygrow.txt}\unskip) \\
Day 80-90\degF  & \input{\tablenumdir/rr19_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr19_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr89_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr89_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr99_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr99_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr129_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr129_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr299_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr299_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr109_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr109_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr309_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr309_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr689_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr689_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr809_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr809_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr749_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr749_star_tmax_80_90last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr19_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr89_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr99_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr129_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr299_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr109_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr309_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr689_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr809_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr749_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr19_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr19_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr89_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr89_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr99_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr99_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr129_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr129_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr299_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr299_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr109_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr109_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr309_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr309_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr689_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr689_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr809_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr809_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr749_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr749_star_tmax_70_80last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr19_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr89_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr99_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr129_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr299_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr109_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr309_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr689_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr809_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr749_std_tmax_70_80last_ygrow.txt}\unskip)  \\
Rainfall Shock & \input{\tablenumdir/rr19_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr19_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr89_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr89_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr99_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr99_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr129_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr129_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr299_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr299_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr109_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr109_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr309_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr309_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr689_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr689_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr809_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr809_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr749_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr749_star_rain_shocklast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr19_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr89_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr99_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr129_std_rain_shocklast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr299_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr109_std_rain_shocklast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr309_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr689_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr809_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr749_std_rain_shocklast_ygrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr19_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr89_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr99_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr129_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr299_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr109_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr309_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr689_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr809_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr749_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt}  \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         District time trends & X & X & X & X & X & X & X & X& X & X \\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote \tablecoefnote Each model includes district, year, and month fixed effects, demographic controls, and rainfall shocks. In contrast to our main estimates (Table \ref{tab:main_regs}), these models include district-specific year trends, as opposed to state-specific year trends.  \clusternotetab \significance
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\begin{table}[H]
    \centering
    \footnotesize
    \caption{State-Specific Quadratic Trends: Last Year's Growing Season Coefficients}
    \label{tab:quad_state_trends}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)  \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households\\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr17_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr17_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr87_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr87_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr97_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr97_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr127_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr127_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr297_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr297_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr107_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr107_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr307_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr307_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr687_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr687_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr807_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr807_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr747_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr747_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr17_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr87_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr97_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr127_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr297_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr107_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr307_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr687_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr807_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr747_std_tmax_gt110last_ygrow.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rr17_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr17_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr87_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr87_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr97_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr97_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr127_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr127_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr297_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr297_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr107_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr107_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr307_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr307_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr687_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr687_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr807_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr807_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr747_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr747_star_tmax_100_110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr17_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr87_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr97_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr127_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr297_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr107_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr307_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr687_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr807_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr747_std_tmax_100_110last_ygrow.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rr17_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr17_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr87_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr87_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr97_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr97_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr127_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr127_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr297_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr297_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr107_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr107_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr307_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr307_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr687_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr687_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr807_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr807_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr747_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr747_star_tmax_90_100last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr17_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr87_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr97_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr127_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr297_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr107_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr307_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr687_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr807_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr747_std_tmax_90_100last_ygrow.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rr17_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr17_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr87_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr87_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr97_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr97_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr127_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr127_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr297_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr297_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr107_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr107_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr307_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr307_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr687_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr687_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr807_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr807_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr747_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr747_star_tmax_80_90last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr17_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr87_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr97_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr127_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr297_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr107_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr307_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr687_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr807_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr747_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr17_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr17_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr87_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr87_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr97_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr97_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr127_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr127_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr297_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr297_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr107_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr107_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr307_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr307_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr687_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr687_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr807_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr807_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr747_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr747_star_tmax_70_80last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr17_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr87_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr97_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr127_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr297_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr107_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr307_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr687_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr807_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr747_std_tmax_70_80last_ygrow.txt}\unskip)  \\
Rainfall Shock & \input{\tablenumdir/rr17_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr17_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr87_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr87_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr97_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr97_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr127_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr127_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr297_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr297_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr107_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr107_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr307_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr307_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr687_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr687_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr807_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr807_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr747_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr747_star_rain_shocklast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr17_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr87_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr97_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr127_std_rain_shocklast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr297_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr107_std_rain_shocklast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr307_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr687_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr807_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr747_std_rain_shocklast_ygrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr17_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr87_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr97_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr127_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr297_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr107_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr307_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr687_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr807_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr740_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt} \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X \\
         State quadratic trends & X & X & X & X & X & X & X & X& X & X \\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote \tablecoefnote Each model includes district, year, and month fixed effects, demographic controls, and rainfall shocks. In contrast to our main estimates (Table \ref{tab:main_regs}), these models include state-specific quadratic trends, as opposed to state-specific linear trends.  \clusternotetab \significance  
    \end{tablenotes}
    \end{threeparttable}  
\end{table}
\FloatBarrier

\begin{table}[H]
    \centering
    \footnotesize
    \caption{First Differences: Last Year's Growing Season Coefficients}
    \label{tab:first_diff}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)  \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households\\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rfd10_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd10_star_tmax_gt110last_ygrow_d.txt} & \input{\tablenumdir/rfd80_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd80_star_tmax_gt110last_ygrow_d.txt} &  \input{\tablenumdir/rfd90_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd90_star_tmax_gt110last_ygrow_d.txt} &  \input{\tablenumdir/rfd120_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd120_star_tmax_gt110last_ygrow_d.txt} &  \input{\tablenumdir/rfd290_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd290_star_tmax_gt110last_ygrow_d.txt} &  \input{\tablenumdir/rfd100_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd100_star_tmax_gt110last_ygrow_d.txt} & \input{\tablenumdir/rfd300_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd300_star_tmax_gt110last_ygrow_d.txt} & \input{\tablenumdir/rfd680_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd680_star_tmax_gt110last_ygrow_d.txt} & \input{\tablenumdir/rfd800_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd800_star_tmax_gt110last_ygrow_d.txt} & \input{\tablenumdir/rfd740_coef_tmax_gt110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd740_star_tmax_gt110last_ygrow_d.txt}  \\
    & (\input{\tablenumdir/rfd10_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd80_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd90_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd120_std_tmax_gt110last_ygrow_d.txt}\unskip)& (\input{\tablenumdir/rfd290_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd100_std_tmax_gt110last_ygrow_d.txt}\unskip) &  (\input{\tablenumdir/rfd300_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd680_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd800_std_tmax_gt110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd740_std_tmax_gt110last_ygrow_d.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rfd10_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd10_star_tmax_100_110last_ygrow_d.txt} & \input{\tablenumdir/rfd80_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd80_star_tmax_100_110last_ygrow_d.txt} &  \input{\tablenumdir/rfd90_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd90_star_tmax_100_110last_ygrow_d.txt} &  \input{\tablenumdir/rfd120_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd120_star_tmax_100_110last_ygrow_d.txt} &  \input{\tablenumdir/rfd290_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd290_star_tmax_100_110last_ygrow_d.txt} &  \input{\tablenumdir/rfd100_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd100_star_tmax_100_110last_ygrow_d.txt} & \input{\tablenumdir/rfd300_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd300_star_tmax_100_110last_ygrow_d.txt} & \input{\tablenumdir/rfd680_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd680_star_tmax_100_110last_ygrow_d.txt} & \input{\tablenumdir/rfd800_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd800_star_tmax_100_110last_ygrow_d.txt} & \input{\tablenumdir/rfd740_coef_tmax_100_110last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd740_star_tmax_100_110last_ygrow_d.txt}  \\
    & (\input{\tablenumdir/rfd10_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd80_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd90_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd120_std_tmax_100_110last_ygrow_d.txt}\unskip)& (\input{\tablenumdir/rfd290_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd100_std_tmax_100_110last_ygrow_d.txt}\unskip) &  (\input{\tablenumdir/rfd300_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd680_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd800_std_tmax_100_110last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd740_std_tmax_100_110last_ygrow_d.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rfd10_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd10_star_tmax_90_100last_ygrow_d.txt} & \input{\tablenumdir/rfd80_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd80_star_tmax_90_100last_ygrow_d.txt} &  \input{\tablenumdir/rfd90_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd90_star_tmax_90_100last_ygrow_d.txt} &  \input{\tablenumdir/rfd120_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd120_star_tmax_90_100last_ygrow_d.txt} &  \input{\tablenumdir/rfd290_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd290_star_tmax_90_100last_ygrow_d.txt} &  \input{\tablenumdir/rfd100_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd100_star_tmax_90_100last_ygrow_d.txt} & \input{\tablenumdir/rfd300_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd300_star_tmax_90_100last_ygrow_d.txt} & \input{\tablenumdir/rfd680_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd680_star_tmax_90_100last_ygrow_d.txt} & \input{\tablenumdir/rfd800_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd800_star_tmax_90_100last_ygrow_d.txt} & \input{\tablenumdir/rfd740_coef_tmax_90_100last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd740_star_tmax_90_100last_ygrow_d.txt}  \\
    & (\input{\tablenumdir/rfd10_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd80_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd90_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd120_std_tmax_90_100last_ygrow_d.txt}\unskip)& (\input{\tablenumdir/rfd290_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd100_std_tmax_90_100last_ygrow_d.txt}\unskip) &  (\input{\tablenumdir/rfd300_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd680_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd800_std_tmax_90_100last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd740_std_tmax_90_100last_ygrow_d.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rfd10_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd10_star_tmax_80_90last_ygrow_d.txt} & \input{\tablenumdir/rfd80_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd80_star_tmax_80_90last_ygrow_d.txt} &  \input{\tablenumdir/rfd90_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd90_star_tmax_80_90last_ygrow_d.txt} &  \input{\tablenumdir/rfd120_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd120_star_tmax_80_90last_ygrow_d.txt} &  \input{\tablenumdir/rfd290_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd290_star_tmax_80_90last_ygrow_d.txt} &  \input{\tablenumdir/rfd100_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd100_star_tmax_80_90last_ygrow_d.txt} & \input{\tablenumdir/rfd300_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd300_star_tmax_80_90last_ygrow_d.txt} & \input{\tablenumdir/rfd680_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd680_star_tmax_80_90last_ygrow_d.txt} & \input{\tablenumdir/rfd800_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd800_star_tmax_80_90last_ygrow_d.txt} & \input{\tablenumdir/rfd740_coef_tmax_80_90last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd740_star_tmax_80_90last_ygrow_d.txt}  \\
    & (\input{\tablenumdir/rfd10_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd80_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd90_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd120_std_tmax_80_90last_ygrow_d.txt}\unskip)& (\input{\tablenumdir/rfd290_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd100_std_tmax_80_90last_ygrow_d.txt}\unskip) &  (\input{\tablenumdir/rfd300_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd680_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd800_std_tmax_80_90last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd740_std_tmax_80_90last_ygrow_d.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rfd10_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd10_star_tmax_70_80last_ygrow_d.txt} & \input{\tablenumdir/rfd80_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd80_star_tmax_70_80last_ygrow_d.txt} &  \input{\tablenumdir/rfd90_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd90_star_tmax_70_80last_ygrow_d.txt} &  \input{\tablenumdir/rfd120_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd120_star_tmax_70_80last_ygrow_d.txt} &  \input{\tablenumdir/rfd290_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd290_star_tmax_70_80last_ygrow_d.txt} &  \input{\tablenumdir/rfd100_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd100_star_tmax_70_80last_ygrow_d.txt} & \input{\tablenumdir/rfd300_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd300_star_tmax_70_80last_ygrow_d.txt} & \input{\tablenumdir/rfd680_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd680_star_tmax_70_80last_ygrow_d.txt} & \input{\tablenumdir/rfd800_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd800_star_tmax_70_80last_ygrow_d.txt} & \input{\tablenumdir/rfd740_coef_tmax_70_80last_ygrow_d.txt}\unskip\input{\tablenumdir/rfd740_star_tmax_70_80last_ygrow_d.txt}  \\
    & (\input{\tablenumdir/rfd10_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd80_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd90_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd120_std_tmax_70_80last_ygrow_d.txt}\unskip)& (\input{\tablenumdir/rfd290_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd100_std_tmax_70_80last_ygrow_d.txt}\unskip) &  (\input{\tablenumdir/rfd300_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd680_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd800_std_tmax_70_80last_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd740_std_tmax_70_80last_ygrow_d.txt}\unskip)  \\
Rainfall Shock & \input{\tablenumdir/rfd10_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd10_star_rain_shocklast_ygrow_d.txt} & \input{\tablenumdir/rfd80_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd80_star_rain_shocklast_ygrow_d.txt} &  \input{\tablenumdir/rfd90_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd90_star_rain_shocklast_ygrow_d.txt} &  \input{\tablenumdir/rfd120_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd120_star_rain_shocklast_ygrow_d.txt} &  \input{\tablenumdir/rfd290_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd290_star_rain_shocklast_ygrow_d.txt} &  \input{\tablenumdir/rfd100_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd100_star_rain_shocklast_ygrow_d.txt} & \input{\tablenumdir/rfd300_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd300_star_rain_shocklast_ygrow_d.txt} & \input{\tablenumdir/rfd680_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd680_star_rain_shocklast_ygrow_d.txt} & \input{\tablenumdir/rfd800_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd800_star_rain_shocklast_ygrow_d.txt} & \input{\tablenumdir/rfd740_coef_rain_shocklast_ygrow_d.txt}\unskip\input{\tablenumdir/rfd740_star_rain_shocklast_ygrow_d.txt}  \\
    & (\input{\tablenumdir/rfd10_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd80_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd90_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd120_std_rain_shocklast_ygrow_d.txt}\unskip)& (\input{\tablenumdir/rfd290_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd100_std_rain_shocklast_ygrow_d.txt}\unskip) &  (\input{\tablenumdir/rfd300_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd680_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd800_std_rain_shocklast_ygrow_d.txt}\unskip) & (\input{\tablenumdir/rfd740_std_rain_shocklast_ygrow_d.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rfd10_log_calories_pcd_w_d_numobs.txt} & \input{\tablenumdir/rfd80_calories_lt100p_d_numobs.txt} & \input{\tablenumdir/rfd90_calories_lt80p_d_numobs.txt}& \input{\tablenumdir/rfd120_calories_lt60p_d_numobs.txt}& \input{\tablenumdir/rfd290_protein_lt80p_d_numobs.txt}& \input{\tablenumdir/rfd100_iron_lt80p_d_numobs.txt}& \input{\tablenumdir/rfd300_zinc_lt80p_d_numobs.txt}& \input{\tablenumdir/rfd680_thiamine_lt80p_d_numobs.txt}& \input{\tablenumdir/rfd800_niacin_lt80p_d_numobs.txt}& \input{\tablenumdir/rfd740_riboflavin_lt80p_d_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt} \\      
       \hline
       	State FE & X & X & X & X & X & X & X & X & X & X \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. The models are estimated using a first differences regression as follows. First, we collapse all outcomes to the district-year level. Second, for each outcome and weather variable, we subtract the prior year from the current year to generate year over year changes. Third, we regress the change in the outcome variable relative to the prior year on the change in the weather variables relative to the prior year (as a result, the year 2003, and any other district-years without observations in the prior year, are dropped). \hunnednote \tablecoefnote Each model includes state and year fixed effects and rainfall shocks, and is weighted by the number of observations in each district across all years. Standard errors (shown in parentheses) are clustered at the state level to account for any inter-state correlation of the error terms. \significance  
    \end{tablenotes}
    \end{threeparttable}  
\end{table}
\FloatBarrier

\begin{table}[H]
    \centering
    \footnotesize
    \caption{Remove This Year's Weather: Last Year's Growing Season Coefficients}
    \label{tab:only_ly}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr18_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr18_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr88_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr88_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr98_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr98_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr128_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr128_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr298_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr298_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr108_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr108_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr308_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr308_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr688_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr688_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr808_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr808_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr748_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr748_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr18_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr88_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr98_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr128_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr298_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr108_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr308_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr688_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr808_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr748_std_tmax_gt110last_ygrow.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rr18_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr18_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr88_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr88_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr98_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr98_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr128_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr128_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr298_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr298_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr108_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr108_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr308_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr308_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr688_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr688_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr808_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr808_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr748_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr748_star_tmax_100_110last_ygrow.txt} \\
    & (\input{\tablenumdir/rr18_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr88_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr98_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr128_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr298_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr108_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr308_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr688_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr808_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr748_std_tmax_100_110last_ygrow.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rr18_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr18_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr88_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr88_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr98_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr98_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr128_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr128_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr298_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr298_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr108_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr108_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr308_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr308_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr688_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr688_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr808_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr808_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr748_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr748_star_tmax_90_100last_ygrow.txt}\\
    & (\input{\tablenumdir/rr18_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr88_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr98_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr128_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr298_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr108_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr308_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr688_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr808_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr748_std_tmax_90_100last_ygrow.txt}\unskip) \\
Day 80-90\degF  & \input{\tablenumdir/rr18_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr18_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr88_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr88_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr98_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr98_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr128_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr128_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr298_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr298_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr108_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr108_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr308_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr308_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr688_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr688_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr808_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr808_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr748_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr748_star_tmax_80_90last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr18_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr88_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr98_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr128_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr298_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr108_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr308_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr688_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr808_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr748_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr18_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr18_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr88_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr88_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr98_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr98_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr128_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr128_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr298_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr298_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr108_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr108_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr308_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr308_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr688_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr688_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr808_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr808_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr748_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr748_star_tmax_70_80last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr18_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr88_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr98_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr128_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr298_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr108_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr308_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr688_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr808_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr748_std_tmax_70_80last_ygrow.txt}\unskip) \\
Rainfall Shock & \input{\tablenumdir/rr18_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr18_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr88_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr88_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr98_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr98_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr128_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr128_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr298_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr298_star_rain_shocklast_ygrow.txt} &  \input{\tablenumdir/rr108_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr108_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr308_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr308_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr688_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr688_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr808_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr808_star_rain_shocklast_ygrow.txt} & \input{\tablenumdir/rr748_coef_rain_shocklast_ygrow.txt}\unskip\input{\tablenumdir/rr748_star_rain_shocklast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr18_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr88_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr98_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr128_std_rain_shocklast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr298_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr108_std_rain_shocklast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr308_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr688_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr808_std_rain_shocklast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr748_std_rain_shocklast_ygrow.txt}\unskip) \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr18_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr88_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr98_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr128_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr298_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr108_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr308_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr688_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr808_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr748_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt}  \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X  \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         State time trends & X & X & X & X & X & X & X & X& X & X\\
         Rainfall shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather &  &  & &  &  &  &  &  &  &  \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote The models all include 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for last year's growing season (June - December) and non-growing season (March-May). We omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. In contrast to our main estimates (Table \ref{tab:main_regs}), these models do not include this year's weather. \tablefenote \clusternotetab \significance  
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\FloatBarrier
\begin{table}[H]
    \centering
    \footnotesize
    \caption{Dry and Wet Shocks: Last Year's Growing Season Coefficients}
    \label{tab:dw_shocks}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr16_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr86_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr96_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr126_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr296_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr106_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr306_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr686_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr806_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr746_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_tmax_gt110last_ygrow.txt} \\
    & (\input{\tablenumdir/rr16_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr746_std_tmax_gt110last_ygrow.txt}\unskip) \\
 Day 100-110\degF  & \input{\tablenumdir/rr16_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr86_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr96_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr126_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr296_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr106_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr306_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr686_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr806_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr746_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_tmax_100_110last_ygrow.txt} \\
    & (\input{\tablenumdir/rr16_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr746_std_tmax_100_110last_ygrow.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rr16_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr86_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr96_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr126_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr296_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr106_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr306_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr686_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr806_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr746_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_tmax_90_100last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr16_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr746_std_tmax_90_100last_ygrow.txt}\unskip) \\
Day 80-90\degF  & \input{\tablenumdir/rr16_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr86_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr96_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr126_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr296_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr106_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr306_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr686_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr806_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr746_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_tmax_80_90last_ygrow.txt} \\
    & (\input{\tablenumdir/rr16_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr746_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr16_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr86_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr96_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr126_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr296_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr106_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr306_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr686_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr806_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr746_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_tmax_70_80last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr16_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr746_std_tmax_70_80last_ygrow.txt}\unskip)  \\
Dry Shock & \input{\tablenumdir/rr16_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_drylast_ygrow.txt} & \input{\tablenumdir/rr86_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_drylast_ygrow.txt} &  \input{\tablenumdir/rr96_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_drylast_ygrow.txt} &  \input{\tablenumdir/rr126_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_drylast_ygrow.txt} &  \input{\tablenumdir/rr296_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_drylast_ygrow.txt} &  \input{\tablenumdir/rr106_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_drylast_ygrow.txt} & \input{\tablenumdir/rr306_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_drylast_ygrow.txt} & \input{\tablenumdir/rr686_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_drylast_ygrow.txt} & \input{\tablenumdir/rr806_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_drylast_ygrow.txt} & \input{\tablenumdir/rr746_coef_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_drylast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr16_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_drylast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_drylast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr746_std_drylast_ygrow.txt}\unskip)  \\
    Wet Shock & \input{\tablenumdir/rr16_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr16_star_wetlast_ygrow.txt} & \input{\tablenumdir/rr86_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr86_star_wetlast_ygrow.txt} &  \input{\tablenumdir/rr96_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr96_star_wetlast_ygrow.txt} &  \input{\tablenumdir/rr126_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr126_star_wetlast_ygrow.txt} &  \input{\tablenumdir/rr296_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr296_star_wetlast_ygrow.txt} &  \input{\tablenumdir/rr106_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr106_star_wetlast_ygrow.txt} & \input{\tablenumdir/rr306_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr306_star_wetlast_ygrow.txt} & \input{\tablenumdir/rr686_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr686_star_wetlast_ygrow.txt} & \input{\tablenumdir/rr806_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr806_star_wetlast_ygrow.txt} & \input{\tablenumdir/rr746_coef_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr746_star_wetlast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr16_std_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr86_std_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr96_std_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr126_std_wetlast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr296_std_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr106_std_wetlast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr306_std_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr686_std_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr806_std_wetlast_ygrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr16_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr86_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr96_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr126_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr296_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr106_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr306_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr686_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr806_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr746_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt}  \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X  \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         State time trends & X & X & X & X & X & X & X & X& X & X \\
         Dry shocks & X & X & X & X & X & X& X & X & X & X \\
         Wet shocks & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote \tablecoefnote Each model includes district, year and month fixed effects, demographic controls, and state time trends. In contrast to our main specification (Table \ref{tab:main_regs}), these models include separate dry and wet shocks rather than a single rainfall shock. \clusternotetab \significance
    \end{tablenotes}
    \end{threeparttable}  
\end{table}


\FloatBarrier
\begin{table}[H]
    \centering
    \footnotesize
    \caption{Dry and Wet Deviations: Last Year's Growing Season Coefficients}
    \label{tab:how_dw}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr15_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr85_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr95_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr125_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr295_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr105_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr305_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr685_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr805_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr745_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr15_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_tmax_gt110last_ygrow.txt}\unskip) \\
 Day 100-110\degF  & \input{\tablenumdir/rr15_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr85_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr95_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr125_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr295_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr105_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr305_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr685_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr805_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr745_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_tmax_100_110last_ygrow.txt} \\
    & (\input{\tablenumdir/rr15_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_tmax_100_110last_ygrow.txt}\unskip)  \\
Day 90-100\degF  & \input{\tablenumdir/rr15_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr85_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr95_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr125_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr295_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr105_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr305_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr685_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr805_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr745_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_tmax_90_100last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr15_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_tmax_90_100last_ygrow.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rr15_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr85_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr95_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr125_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr295_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr105_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr305_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr685_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr805_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr745_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_tmax_80_90last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr15_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr15_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr85_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr95_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr125_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr295_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr105_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr305_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr685_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr805_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr745_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_tmax_70_80last_ygrow.txt} \\
    & (\input{\tablenumdir/rr15_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_tmax_70_80last_ygrow.txt}\unskip)  \\
Dry Deviation & \input{\tablenumdir/rr15_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_how_drylast_ygrow.txt} & \input{\tablenumdir/rr85_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_how_drylast_ygrow.txt} &  \input{\tablenumdir/rr95_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_how_drylast_ygrow.txt} &  \input{\tablenumdir/rr125_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_how_drylast_ygrow.txt} &  \input{\tablenumdir/rr295_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_how_drylast_ygrow.txt} &  \input{\tablenumdir/rr105_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_how_drylast_ygrow.txt} & \input{\tablenumdir/rr305_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_how_drylast_ygrow.txt} & \input{\tablenumdir/rr685_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_how_drylast_ygrow.txt} & \input{\tablenumdir/rr805_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_how_drylast_ygrow.txt} & \input{\tablenumdir/rr745_coef_how_drylast_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_how_drylast_ygrow.txt}  \\
    & (\input{\tablenumdir/rr15_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_how_drylast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_how_drylast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_how_drylast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_how_drylast_ygrow.txt}\unskip)  \\
    Wet Deviation & \input{\tablenumdir/rr15_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr15_star_how_wetlast_ygrow.txt} & \input{\tablenumdir/rr85_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr85_star_how_wetlast_ygrow.txt} &  \input{\tablenumdir/rr95_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr95_star_how_wetlast_ygrow.txt} &  \input{\tablenumdir/rr125_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr125_star_how_wetlast_ygrow.txt} &  \input{\tablenumdir/rr295_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr295_star_how_wetlast_ygrow.txt} &  \input{\tablenumdir/rr105_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr105_star_how_wetlast_ygrow.txt} & \input{\tablenumdir/rr305_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr305_star_how_wetlast_ygrow.txt} & \input{\tablenumdir/rr685_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr685_star_how_wetlast_ygrow.txt} & \input{\tablenumdir/rr805_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr805_star_how_wetlast_ygrow.txt} & \input{\tablenumdir/rr745_coef_how_wetlast_ygrow.txt}\unskip\input{\tablenumdir/rr745_star_how_wetlast_ygrow.txt} \\
    & (\input{\tablenumdir/rr15_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr85_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr95_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr125_std_how_wetlast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr295_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr105_std_how_wetlast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr305_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr685_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr805_std_how_wetlast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr745_std_how_wetlast_ygrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr15_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr85_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr95_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr125_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr295_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr105_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr305_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr685_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr805_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr745_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt} \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X  \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         State time trends & X & X & X & X & X & X & X & X& X & X\\
         Dry deviations & X & X & X & X & X & X& X & X & X & X \\
         Wet deviations & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote \tablecoefnote Each model includes district, year and month fixed effects, demographic controls, and state time trends. In contrast to our main specification (Table \ref{tab:main_regs}), these models include separate dry and wet deviations rather than a single rainfall shock. \clusternotetab \significance 
    \end{tablenotes}
    \end{threeparttable}  
\end{table}

\FloatBarrier
\begin{table}[H]
    \centering
    \footnotesize
    \caption{Total Rainfall: Last Year's Growing Season Coefficients}
    \label{tab:total_prec}
    \begin{threeparttable}
    \begin{tabular}{lcccccccccc} 
    \hline
          & (1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)   \\
          \hline
       & 100x & Percent of &Percent of  &Percent of &Percent of & Percent of &Percent of &Percent of&Percent of  &Percent of  \\
       &Log of  & Households &Households &Households &Households &Households &Households &Households &Households &Households  \\
   	   &Daily per & Below 100\% & Below 80\% &Below 60\% &Below 80\% & Below 80\%& Below 80\%& Below 80\%& Below 80\%&Below 80\% \\
      & Capita & Calories &Calories & Calories& Protein& Iron & Zinc & Thiamine & Niacin &Riboflavin \\
      & Calories & Adequacy & Adequacy&Adequacy & Adequacy&Adequacy &Adequacy &Adequacy &Adequacy &Adequacy \\
          \cline{2-11}
           Day $\geq$110\degF  & \input{\tablenumdir/rr14_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr14_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr84_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr84_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr94_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr94_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr124_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr124_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr294_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr294_star_tmax_gt110last_ygrow.txt} &  \input{\tablenumdir/rr104_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr104_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr304_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr304_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr684_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr684_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr804_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr804_star_tmax_gt110last_ygrow.txt} & \input{\tablenumdir/rr744_coef_tmax_gt110last_ygrow.txt}\unskip\input{\tablenumdir/rr744_star_tmax_gt110last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr14_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr84_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr94_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr124_std_tmax_gt110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr294_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr104_std_tmax_gt110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr304_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr684_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr804_std_tmax_gt110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr744_std_tmax_gt110last_ygrow.txt}\unskip)  \\
 Day 100-110\degF  & \input{\tablenumdir/rr14_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr14_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr84_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr84_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr94_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr94_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr124_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr124_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr294_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr294_star_tmax_100_110last_ygrow.txt} &  \input{\tablenumdir/rr104_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr104_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr304_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr304_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr684_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr684_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr804_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr804_star_tmax_100_110last_ygrow.txt} & \input{\tablenumdir/rr744_coef_tmax_100_110last_ygrow.txt}\unskip\input{\tablenumdir/rr744_star_tmax_100_110last_ygrow.txt} \\
    & (\input{\tablenumdir/rr14_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr84_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr94_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr124_std_tmax_100_110last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr294_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr104_std_tmax_100_110last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr304_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr684_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr804_std_tmax_100_110last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr744_std_tmax_100_110last_ygrow.txt}\unskip) \\
Day 90-100\degF  & \input{\tablenumdir/rr14_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr14_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr84_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr84_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr94_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr94_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr124_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr124_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr294_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr294_star_tmax_90_100last_ygrow.txt} &  \input{\tablenumdir/rr104_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr104_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr304_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr304_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr684_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr684_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr804_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr804_star_tmax_90_100last_ygrow.txt} & \input{\tablenumdir/rr744_coef_tmax_90_100last_ygrow.txt}\unskip\input{\tablenumdir/rr744_star_tmax_90_100last_ygrow.txt} \\
    & (\input{\tablenumdir/rr14_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr84_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr94_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr124_std_tmax_90_100last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr294_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr104_std_tmax_90_100last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr304_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr684_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr804_std_tmax_90_100last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr744_std_tmax_90_100last_ygrow.txt}\unskip)  \\
Day 80-90\degF  & \input{\tablenumdir/rr14_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr14_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr84_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr84_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr94_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr94_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr124_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr124_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr294_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr294_star_tmax_80_90last_ygrow.txt} &  \input{\tablenumdir/rr104_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr104_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr304_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr304_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr684_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr684_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr804_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr804_star_tmax_80_90last_ygrow.txt} & \input{\tablenumdir/rr744_coef_tmax_80_90last_ygrow.txt}\unskip\input{\tablenumdir/rr744_star_tmax_80_90last_ygrow.txt} \\
    & (\input{\tablenumdir/rr14_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr84_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr94_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr124_std_tmax_80_90last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr294_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr104_std_tmax_80_90last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr304_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr684_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr804_std_tmax_80_90last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr744_std_tmax_80_90last_ygrow.txt}\unskip)  \\
Day 70-80\degF  & \input{\tablenumdir/rr14_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr14_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr84_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr84_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr94_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr94_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr124_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr124_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr294_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr294_star_tmax_70_80last_ygrow.txt} &  \input{\tablenumdir/rr104_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr104_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr304_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr304_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr684_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr684_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr804_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr804_star_tmax_70_80last_ygrow.txt} & \input{\tablenumdir/rr744_coef_tmax_70_80last_ygrow.txt}\unskip\input{\tablenumdir/rr744_star_tmax_70_80last_ygrow.txt}  \\
    & (\input{\tablenumdir/rr14_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr84_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr94_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr124_std_tmax_70_80last_ygrow.txt}\unskip)& (\input{\tablenumdir/rr294_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr104_std_tmax_70_80last_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr304_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr684_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr804_std_tmax_70_80last_ygrow.txt}\unskip) & (\input{\tablenumdir/rr744_std_tmax_70_80last_ygrow.txt}\unskip) \\
Total Rainfall & \input{\tablenumdir/rr14_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr14_star_preclast_ygrow.txt} & \input{\tablenumdir/rr84_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr84_star_preclast_ygrow.txt} &  \input{\tablenumdir/rr94_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr94_star_preclast_ygrow.txt} &  \input{\tablenumdir/rr124_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr124_star_preclast_ygrow.txt} &  \input{\tablenumdir/rr294_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr294_star_preclast_ygrow.txt} &  \input{\tablenumdir/rr104_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr104_star_preclast_ygrow.txt} & \input{\tablenumdir/rr304_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr304_star_preclast_ygrow.txt} & \input{\tablenumdir/rr684_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr684_star_preclast_ygrow.txt} & \input{\tablenumdir/rr804_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr804_star_preclast_ygrow.txt} & \input{\tablenumdir/rr744_coef_preclast_ygrow.txt}\unskip\input{\tablenumdir/rr744_star_preclast_ygrow.txt} \\
    & (\input{\tablenumdir/rr14_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr84_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr94_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr124_std_preclast_ygrow.txt}\unskip)& (\input{\tablenumdir/rr294_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr104_std_preclast_ygrow.txt}\unskip) &  (\input{\tablenumdir/rr304_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr684_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr804_std_preclast_ygrow.txt}\unskip) & (\input{\tablenumdir/rr744_std_preclast_ygrow.txt}\unskip)  \\
             \cline{2-11}
         Observations & \input{\tablenumdir/rr14_log_calories_pcd_w_numobs.txt} & \input{\tablenumdir/rr84_calories_lt100p_numobs.txt} & \input{\tablenumdir/rr94_calories_lt80p_numobs.txt}& \input{\tablenumdir/rr124_calories_lt60p_numobs.txt}& \input{\tablenumdir/rr294_protein_lt80p_numobs.txt}& \input{\tablenumdir/rr104_iron_lt80p_numobs.txt}& \input{\tablenumdir/rr304_zinc_lt80p_numobs.txt}& \input{\tablenumdir/rr684_thiamine_lt80p_numobs.txt}& \input{\tablenumdir/rr804_niacin_lt80p_numobs.txt}& \input{\tablenumdir/rr744_riboflavin_lt80p_numobs.txt} \\ 
          Mean Outcome & \input{\sumtabledir/log_calories_pcd_w_overall.txt} &\input{\sumtabledir/calories_lt100p_overall.txt} &\input{\sumtabledir/calories_lt80p_overall.txt} &\input{\sumtabledir/calories_lt60p_overall.txt} &\input{\sumtabledir/protein_lt80p_overall.txt} &\input{\sumtabledir/iron_lt80p_overall.txt} &\input{\sumtabledir/zinc_lt80p_overall.txt} &\input{\sumtabledir/thiamine_lt80p_overall.txt} &\input{\sumtabledir/niacin_lt80p_overall.txt} &\input{\sumtabledir/riboflavin_lt80p_overall.txt}  \\      
       \hline
       	District FE & X & X & X & X & X & X & X & X & X & X \\
       	Year FE & X & X & X & X & X & X & X & X & X & X \\
       	Month FE & X & X & X & X & X & X & X & X & X & X \\
         Demographic controls & X & X & X& X & X & X & X & X & X & X  \\
         State time trends & X & X & X & X & X & X & X & X& X & X \\
         Total rainfall & X & X & X & X & X & X& X & X & X & X \\
         Last year's weather & X & X & X& X & X & X& X & X & X & X  \\
         This year's weather & X & X & X& X & X & X & X & X & X & X \\
         \hline
    \end{tabular}
    \begin{tablenotes}[para,flushleft] \footnotesize
    	This table shows the change in our main outcome variables for an additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. \hunnednote \tablecoefnote Each model includes district, year and month fixed effects, demographic controls, and state time trends. In contrast to our main specification (Table \ref{tab:main_regs}), these models include total rainfall rather than a rainfall shock. \clusternotetab \significance 
    \end{tablenotes}
    \end{threeparttable}  
\end{table}
\end{landscape}

\clearpage
\subsection*{Appendix Figures}
\begin{figure}[H]
\begin{tabular}{cc} 
\\
A) Calories & B) Protein  \\
\includegraphics[scale=.5]{\sumgraphdir/kdens_cal_perc.pdf}  & \includegraphics[scale=.5]{\sumgraphdir/kdens_protein_perc.pdf}
 \\ 
C) Iron & D) Zinc \\
\includegraphics[scale=.5]{\sumgraphdir/kdens_iron_perc.pdf} & 
\includegraphics[scale=.5]{\sumgraphdir/kdens_zinc_perc.pdf} \\ 
E) Thiamine & F) Niacin \\
\includegraphics[scale=.5]{\sumgraphdir/kdens_thiamine_perc.pdf}  & 
\includegraphics[scale=.5]{\sumgraphdir/kdens_niacin_perc.pdf} \\ 
\multicolumn{2}{c}{G) Riboflavin}  \\
\multicolumn{2}{c}{\includegraphics[scale=.5]{\sumgraphdir/kdens_riboflavin_perc.pdf} }  \\ 
\end{tabular}
\caption{Adequacy Density}\label{fig:nut_dens}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize 
This figure shows the distribution of the adequacy percentage for calories and the nutrients we study. The adequacy percentage is equal to total household consumption (based on food consumption) divided by total household need (based on household composition). 
\end{tabular*}
\end{figure}
\FloatBarrier

\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Calories & B) Protein \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr10_log_calories_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf}  & \includegraphics[scale=.5]{\graphdir/coefplot_regols_rr220_log_protein_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf} 
 \\ 
C) Iron & D) Zinc \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr40_log_iron_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf} & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr250_log_zinc_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
E) Thiamine & F) Niacin \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr640_log_thiamine_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr760_log_niacin_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
\multicolumn{2}{c}{G) Riboflavin}  \\ 
\multicolumn{2}{c}{\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr700_log_riboflavin_pcd_w_x1_fe1_2003_2012_distcluster_last_ygrow.pdf}} \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and Log of Daily Consumption per Capita}\label{fig:log_cons}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in 100 times the log of per capita daily consumption of calories (winsorized at the 1 and 99 percent levels) for each additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. The coefficients can be interpreted as percentage changes. Panels B-G show the same relationship for different nutrients. We match household-year-month nutritional outcomes with weather data at the district-year-season level. All models include 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household controls.  \clusternotefig  The models include \input{\tablenumdir/rr10_log_calories_pcd_w_numobs.txt}\unskip, \input{\tablenumdir/rr220_log_protein_pcd_w_numobs.txt}\unskip, \input{\tablenumdir/rr40_log_iron_pcd_w_numobs.txt}\unskip, \input{\tablenumdir/rr250_log_zinc_pcd_w_numobs.txt}\unskip, \input{\tablenumdir/rr640_log_thiamine_pcd_w_numobs.txt}\unskip, \input{\tablenumdir/rr760_log_niacin_pcd_w_numobs.txt}\unskip, and  \input{\tablenumdir/rr700_log_riboflavin_pcd_w_numobs.txt}observations. 
\end{tabular*}
\end{figure}
\FloatBarrier

\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Calories & B) Protein \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr80_calories_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr280_protein_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
C) Iron & D) Zinc \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr110_iron_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr310_zinc_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
E) Thiamine & F) Niacin \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr670_thiamine_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr790_niacin_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
\multicolumn{2}{c}{G) Riboflavin}  \\
\multicolumn{2}{c}{\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr730_riboflavin_lt100p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}}  \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and 100\% Nutritional Adequacy}\label{fig:lt100}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the percentage of households consuming below 100 percent of the recommended level of calories, based on household composition, for each additional day at a given temperature during last year's growing season relative to a day below 70\degFp Panels B-G show the same relationship for different nutrients. We match household-year-month nutritional outcomes with weather data at the district-year-season level. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household size controls.  \clusternotefig  The models all include \input{\tablenumdir/rr80_calories_lt100p_numobs.txt}observations. 
\end{tabular*}
\end{figure}
\FloatBarrier


\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Calories & B) Protein \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr120_calories_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr890_protein_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
C) Iron & D) Zinc \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr130_iron_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr880_zinc_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
E) Thiamine & F) Niacin \\
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr900_thiamine_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}  & 
\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr920_niacin_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
\multicolumn{2}{c}{G) Riboflavin} \\
\multicolumn{2}{c}{\includegraphics[scale=.5]{\graphdir/coefplot_regols_rr910_riboflavin_lt60p_x2_fe1_2003_2012_distcluster_last_ygrow.pdf}}   \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and 60\% Nutritional Adequacy}\label{fig:lt60}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the percentage of households consuming below 60 percent of the recommended level of calories, based on household composition, for each additional day at a given temperature during last year's growing season relative to a day below 70\degFp Panels B-G show the same relationship for different nutrients. We match household-year-month nutritional outcomes with weather data at the district-year-season level. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household size controls.  \clusternotefig  The models all include \input{\tablenumdir/rr80_calories_lt100p_numobs.txt}observations. 
\end{tabular*}
\end{figure}
\FloatBarrier


\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) Calories   &B) Protein  \\ 
\includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_c_2003_2012_distcluster.pdf}  & \includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_p_2003_2012_distcluster.pdf}  \\ 
C) Iron  &D) Zinc  \\ 
\includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_i_2003_2012_distcluster.pdf}  & \includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_z_2003_2012_distcluster.pdf} \\ 
E) Thiamine & F) Niacin \\
\includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_t_2003_2012_distcluster.pdf}  & \includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_n_2003_2012_distcluster.pdf} \\ 
\multicolumn{2}{c}{G) Riboflavin}  \\
\multicolumn{2}{c}{\includegraphics[scale=.5]{\graphdir/thresholds_gt110coef_r_2003_2012_distcluster.pdf}}   \\ 
\end{tabular}
\caption{Below Different Adequacy Thresholds, Day $\geq 110$\degF}\label{fig:thresholds}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the percentage of households below different calorie consumption thresholds, between 50 percent and 150 percent, for each additional day above 110\degF during the previous growing season relative to a day below 70\degFp  Panels B-G show the same relationship for different nutrients and minerals. We match household-year-month nutritional outcomes with weather data at the district-year-season level. All models include 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, demographic (religion, social group, and head of household education) and household controls.  \clusternotefig  All models include \input{\tablenumdir/rr80_calories_lt100p_numobs.txt}observations.	
\end{tabular*}
\end{figure}
\FloatBarrier


\clearpage 




\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
\multicolumn{2}{c}{Working} \\
A) Last Year's Weather & B) This Year's Weather\\
\includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_10_working_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow} & \includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_10_working_principal_x8_p1_fe1_2004_2012_distcluster_work_age_this_ygrow} \\
\multicolumn{2}{c}{Working in Agriculture} \\
C) Last Year's Weather & D) This Year's Weather \\
\includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_40_ag_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow.pdf} & \includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_40_ag_principal_x8_p1_fe1_2004_2012_distcluster_work_age_this_ygrow.pdf} \\
\multicolumn{2}{c}{Working in non-Ag} \\
E) Last Year's Weather & F) This Year's Weather \\
\includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_90_nonag_occ_principal_x8_p1_fe1_2004_2012_distcluster_work_age_last_ygrow.pdf} & \includegraphics[scale=.6]{\graphdir/coefplot_regols_r10_90_nonag_occ_principal_x8_p1_fe1_2004_2012_distcluster_work_age_this_ygrow.pdf} \\
\end{tabular}
\caption{Growing Season Weather and Working-Age (14-65) Work Status}\label{fig:work_thislast}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the percent of working-age individuals (14-65) working in any sector for each additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. Panel B shows the same relationship for this year's growing season weather. Panels C and D are the same as Panels A and B, respectively, but for working-age individuals working in agriculture. Panels E and F are the same as Panels A and B, respectively, but for working-age individuals working in non-agricultural sectors. All models include 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this year and last year's growing season (June - December) and non-growing season (March - May). They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include district, month, and year fixed effects, state time trends, rainfall shocks, individual demographic controls (religion, social group, age, sex and education level). \clusternotefigindiv  The models all include \input{\tablenumdir/r10_10_working_principal_numobs.txt}observations.
\end{tabular*}
\end{figure}
\FloatBarrier

\begin{figure}[!htb]
\begin{tabular}{cc} 
\\
A) $<$18 &B) 18-39 \\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r11_log_death_rate_lt18_p1000_w_x2_p2_fe2_2012_2019_distcluster_last_yall.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r21_log_death_rate_18_39_p1000_w_x2_p2_fe2_2012_2019_distcluster_last_yall.pdf} \\ 
C) $\geq$40  &B) $\geq$60\\ 
\includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r31_log_death_rate_gte40_p1000_w_x2_p2_fe2_2012_2019_distcluster_last_yall.pdf}  & \includegraphics[scale=.6]{\graphdir/coefplot_regols_nfhs_age_r41_log_death_rate_gte60_p1000_w_x2_p2_fe2_2012_2019_distcluster_last_yall.pdf} \\
\end{tabular}
\caption{Last Year's Full Year Weather and Mortality}\label{fig:mortality_lastyear}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in the log mortality rate (deaths per 1000 people) for children (below 18) for each additional day at a given temperature last year relative to a day below 70\degFp Panels B, C, and D show the same relationship as panel A, but for the 18-39, 40 and above, and 60 and above mortality rates, respectively. Each outcome is winsorized at the 1 and 99 percent levels. We pair district-year-level mortality rates from 2012 to 2019 with district-year level weather. All models include 10\degF temperature bins from 70-80\degF to above 110\degF for this year and last year. They omit the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The models include year and district fixed effects and a state-year trend. Standard errors (error bars represent the 95\% confidence interval) are clustered at the district level to account for any inter-district correlation of the error terms. Panel A includes \input{\tablenumdir/r11_nfhs_age_log_death_rate_lt18_p1000_w_numobs.txt}observations, panel B includes \input{\tablenumdir/r21_nfhs_age_log_death_rate_18_39_p1000_w_numobs.txt}\unskip, panel C includes \input{\tablenumdir/r31_nfhs_age_log_death_rate_gte40_p1000_w_numobs.txt}\unskip, and panel D includes \input{\tablenumdir/r41_nfhs_age_log_death_rate_gte60_p1000_w_numobs.txt}\unskip.	
\end{tabular*}
\end{figure}
\FloatBarrier

\begin{figure}[!htb]
\begin{tabular}{c} 
\\
\includegraphics[scale=.8]{\graphdir/coefplot_regols_rr140_num_kids_w_x3_fe1_2003_2012_distcluster_last_ygrow.pdf} \\ 
\end{tabular}
\caption{Last Year's Growing Season Weather and Number of Children}\label{house_comp}
\begin{tabular*}{1\textwidth}{p{6.4in}} \footnotesize
Panel A shows the change in 100 times the number of children (winsorized at the 1 and 99 percent levels) for each additional day at a given temperature during last year's growing season relative to a day below 70$^{\circ}$F. We match household-year-month data with weather data at the district-year-season level. The model includes 10$^{\circ}$F temperature bins from 70-80$^{\circ}$F to above 110$^{\circ}$F for this year and last year's growing season (June - December) and non-growing season (March - May). It omits the $<$70\degF bins so the coefficients can be interpreted relative to this temperature range. The model includes district, month, and year fixed effects, rainfall shocks, and demographic controls (religion, social group, and head of household education).  \clusternotefig  The model includes \input{\tablenumdir/rr140_num_kids_w_numobs.txt}observations.
\end{tabular*}
\end{figure}
\FloatBarrier



\end{document}
